资源简介

(共38张PPT)
Unit1 Great people
Reading
（沪教版2024）九年级
上
Learning objectives
0
Lead in
Pre-reading
2
While-reading
Post-reading
4
Summary
Assessment
6
Homework
1
3
5
7
By the end of the lesson, I will be able to...
1
2
3
master biography & science core words and phrases;
analyze Wang Zhenyi’s life and achievements;
discuss great people’s spirits and link the story to personal learning.
00
Learning objectives
https://www.21cnjy.com二一教育
Watch and answer.
Q: What’s the video mainly about
It’s about ____________________ceremony for outstanding ______________ all over the world.
the Nobel Prize award
great people
Q: Who are the Chinese citizens winning the Nobel Prize
Tu Youyou
Mo Yan
Lead in
01
Think
Free talk.
Lead in
01
Which great people do you know
What contributions did these great people make to human society
What qualities do great people have in common
How did people become great
Lead in
01
Look and answer.
Tu Youyou
Born: __________　
Job:____________
Contribution:
She discovered_____________, one of the world’s most effective treatments for_________.
1930
Scientist
qinghaosu
malaria
/m le ri /
Lead in
01
Look and answer.
Born: __________　
Died:__________　
Job:____________
Contribution:
He helped create a new style of art called__________. He changed people’s__________________.
1881
1973
Artist
Cubism
ideas about art
Pablo Picasso
Lead in
01
Look and answer.
Born: __________　
Died:__________　
Job:____________
Contribution:
He created some of the most influential _________ in history. He changed many traditional forms of_________________
__________.
1770
1827
Composer
music
Western classical music
Ludwig van Beethoven
Lead in
01
Look and answer.
Born: __________　
Died:__________　
Job:____________
Contribution:
He found out that________________
_________________________________. His discovery changed the way people
______________________.
1473
1543
Astronomer
the Earth and the other planets travel around the Sun
viewed the solar system
Nicolaus Copernicus
Pair work.
Pre-reading
02
Have you heard of these people What contributions did they make to the world Talk about them in pairs.
Who's Tu Youyou
She's a scientist.
What's her contribution to the world
She discovered qinghaosu, one of the world’s most…
Free talk.
Pre-reading
02
Q: Do you know any outstanding ancient Chinese women
Q: Which dynasty did she live in
She lived in the Qing Dynasty.
Q: What’s she holding
A telescope.
Q: What subject do you think she likes
Scholar.
Nice to meet you, we’re colleagues.
Skim and answer.
While-reading
03
Wang Zhenyi—an outstanding woman scholar
Wang Zhenyi (1768–1797) was a female mathematician and an astronomer who lived in the Qing dynasty. She also had a talent for poetry.
Wang grew up in a family that valued education. As a child, she learnt mathematics from her father, astronomy from her grandfather and poetry from her grandmother. When she was a teenager, she spent a lot of time studying and building her knowledge in her grandfather’s library.
Wang learnt more and more about astronomy and mathematics, even though the language in the science books was very old-fashioned and difficult to understand. This experience made her realize something important: scientific texts need to be written in a clear way so that everyone can understand them. With this in mind, she rewrote the mathematician Mei Wending’s famous book about calculation. At age 24, she created a simpler method of multiplication and division, and wrote a book about it.
Wang also studied astronomy on her own. She described lunar and solar eclipses in her works. In old times, people thought eclipses were a sign that heaven was angry with them, but Wang showed that these events were completely natural. She explained it in a simple way so that ordinary people could understand. She set up a model of a lunar eclipse in a garden. It was made up of a round table representing the Earth, a lamp as the Sun, and a round mirror as the Moon. Wang moved the objects around to show what happens during a lunar eclipse: when the Moon passes into the Earth’s shadow, the Moon becomes darker. Her model was clear and simple to understand, even for the youngest people in the audience.
In addition to her achievements in mathematics and astronomy, Wang Zhenyi was an excellent poet, and she wrote about unusually modern topics. Wang knew that women are no less intelligent than men, as we can see in this poem:
It’s made to believe,
Women are the same as Men;
Are you not convinced,
Daughters can also be heroic
In 1994, the International Astronomical Union (IAU) named a crater on Venus after Wang Zhenyi. Since she achieved so much in her short time on Earth—she died at the age of 29—it is fitting that she is remembered beyond it.
Q: When was Wang Zhenyi born
Q: When did Wang Zhenyi die
Q: What was her job
Q: Who is she
Skim and answer.
While-reading
03
Wang Zhenyi—an outstanding woman scholar
Wang Zhenyi (1768–1797) was a female mathematician and an astronomer who lived in the Qing dynasty. She also had a talent for poetry.
Wang grew up in a family that valued education. As a child, she learnt mathematics from her father, astronomy from her grandfather and poetry from her grandmother. When she was a teenager, she spent a lot of time studying and building her knowledge in her grandfather’s library.
Wang learnt more and more about astronomy and mathematics, even though the language in the science books was very old-fashioned and difficult to understand. This experience made her realize something important: scientific texts need to be written in a clear way so that everyone can understand them. With this in mind, she rewrote the mathematician Mei Wending’s famous book about calculation. At age 24, she created a simpler method of multiplication and division, and wrote a book about it.
Wang also studied astronomy on her own. She described lunar and solar eclipses in her works. In old times, people thought eclipses were a sign that heaven was angry with them, but Wang showed that these events were completely natural. She explained it in a simple way so that ordinary people could understand. She set up a model of a lunar eclipse in a garden. It was made up of a round table representing the Earth, a lamp as the Sun, and a round mirror as the Moon. Wang moved the objects around to show what happens during a lunar eclipse: when the Moon passes into the Earth’s shadow, the Moon becomes darker. Her model was clear and simple to understand, even for the youngest people in the audience.
In addition to her achievements in mathematics and astronomy, Wang Zhenyi was an excellent poet, and she wrote about unusually modern topics. Wang knew that women are no less intelligent than men, as we can see in this poem:
It’s made to believe,
Women are the same as Men;
Are you not convinced,
Daughters can also be heroic
In 1994, the International Astronomical Union (IAU) named a crater on Venus after Wang Zhenyi. Since she achieved so much in her short time on Earth—she died at the age of 29—it is fitting that she is remembered beyond it.
Q: When was Wang Zhenyi born
Q: When did Wang Zhenyi die
Q: What was her job
Wang Zhenyi (1768–1797) was a female mathematician and an astronomer who lived in the Qing dynasty.
Start with the first line to find answers and grasp main ideas fast.
Read and answer.
While-reading
03
Wang Zhenyi—an outstanding woman scholar
Wang Zhenyi (1768–1797) was a female mathematician and an astronomer who lived in the Qing dynasty. She also had a talent for poetry.
Wang grew up in a family that valued education. As a child, she learnt mathematics from her father, astronomy from her grandfather and poetry from her grandmother. When she was a teenager, she spent a lot of time studying and building her knowledge in her grandfather’s library.
Wang learnt more and more about astronomy and mathematics, even though the language in the science books was very old-fashioned and difficult to understand. This experience made her realize something important: scientific texts need to be written in a clear way so that everyone can understand them. With this in mind, she rewrote the mathematician Mei Wending’s famous book about calculation. At age 24, she created a simpler method of multiplication and division, and wrote a book about it.
Wang also studied astronomy on her own. She described lunar and solar eclipses in her works. In old times, people thought eclipses were a sign that heaven was angry with them, but Wang showed that these events were completely natural. She explained it in a simple way so that ordinary people could understand. She set up a model of a lunar eclipse in a garden. It was made up of a round table representing the Earth, a lamp as the Sun, and a round mirror as the Moon. Wang moved the objects around to show what happens during a lunar eclipse: when the Moon passes into the Earth’s shadow, the Moon becomes darker. Her model was clear and simple to understand, even for the youngest people in the audience.
In addition to her achievements in mathematics and astronomy, Wang Zhenyi was an excellent poet, and she wrote about unusually modern topics. Wang knew that women are no less intelligent than men, as we can see in this poem:
It’s made to believe,
Women are the same as Men;
Are you not convinced,
Daughters can also be heroic
In 1994, the International Astronomical Union (IAU) named a crater on Venus after Wang Zhenyi. Since she achieved so much in her short time on Earth—she died at the age of 29—it is fitting that she is remembered beyond it.
Read P1,2 and judge.
Q: What was Wang Zhenyi’s living dynasty
( )1. Wang Zhenyi lived in the Ming dynasty.
Q: What talents did Wang Zhenyi have
( )2. She was good at maths, astronomy and poetry.
Q: Who taught Wang Zhenyi different subjects
( )3. She learned maths from her grandma.
Q: Who taught Wang Zhenyi poetry
( )4. Her grandmother taught her poetry.
Q: Where did she read plenty of books as a teenager
( )5. She read many books in grandpa’s library.
F
T
Qing dynasty
F
T
F
her father
Read and answer.
While-reading
03
Wang Zhenyi—an outstanding woman scholar
Wang Zhenyi (1768–1797) was a female mathematician and an astronomer who lived in the Qing dynasty. She also had a talent for poetry.
Wang grew up in a family that valued education. As a child, she learnt mathematics from her father, astronomy from her grandfather and poetry from her grandmother. When she was a teenager, she spent a lot of time studying and building her knowledge in her grandfather’s library.
Wang learnt more and more about astronomy and mathematics, even though the language in the science books was very old-fashioned and difficult to understand. This experience made her realize something important: scientific texts need to be written in a clear way so that everyone can understand them. With this in mind, she rewrote the mathematician Mei Wending’s famous book about calculation. At age 24, she created a simpler method of multiplication and division, and wrote a book about it.
Wang also studied astronomy on her own. She described lunar and solar eclipses in her works. In old times, people thought eclipses were a sign that heaven was angry with them, but Wang showed that these events were completely natural. She explained it in a simple way so that ordinary people could understand. She set up a model of a lunar eclipse in a garden. It was made up of a round table representing the Earth, a lamp as the Sun, and a round mirror as the Moon. Wang moved the objects around to show what happens during a lunar eclipse: when the Moon passes into the Earth’s shadow, the Moon becomes darker. Her model was clear and simple to understand, even for the youngest people in the audience.
In addition to her achievements in mathematics and astronomy, Wang Zhenyi was an excellent poet, and she wrote about unusually modern topics. Wang knew that women are no less intelligent than men, as we can see in this poem:
It’s made to believe,
Women are the same as Men;
Are you not convinced,
Daughters can also be heroic
In 1994, the International Astronomical Union (IAU) named a crater on Venus after Wang Zhenyi. Since she achieved so much in her short time on Earth—she died at the age of 29—it is fitting that she is remembered beyond it.
Read P3 and answer.
Q: How old was Wang Zhenyi when she rewrote math books
She finished rewriting math books at age _____.
Q: What new calculation way did she create
She created ____________________________
______________________________________.
Q: Why did she rewrite those difficult books
A. To become a famous poet.
B. To make maths easy for common readers.
C. To collect old science books.
24
new multiplication and division methods.
Read and answer.
While-reading
03
Read P4 and fill in the blanks.
Q: How did Wang study astronomy
She studied astronomy ______________.
Q: Where did she write about eclipses
She described eclipses in her ______.
Q: What did old people think of eclipses
They thought eclipses were a sign heaven was ______.
Q: What did Wang find about eclipses
She found eclipses were completely _______. Q: Where did she build the lunar eclipse？
She set up a model in the ________.
Wang Zhenyi—an outstanding woman scholar
Wang Zhenyi (1768–1797) was a female mathematician and an astronomer who lived in the Qing dynasty. She also had a talent for poetry.
Wang grew up in a family that valued education. As a child, she learnt mathematics from her father, astronomy from her grandfather and poetry from her grandmother. When she was a teenager, she spent a lot of time studying and building her knowledge in her grandfather’s library.
Wang learnt more and more about astronomy and mathematics, even though the language in the science books was very old-fashioned and difficult to understand. This experience made her realize something important: scientific texts need to be written in a clear way so that everyone can understand them. With this in mind, she rewrote the mathematician Mei Wending’s famous book about calculation. At age 24, she created a simpler method of multiplication and division, and wrote a book about it.
Wang also studied astronomy on her own. She described lunar and solar eclipses in her works. In old times, people thought eclipses were a sign that heaven was angry with them, but Wang showed that these events were completely natural. She explained it in a simple way so that ordinary people could understand. She set up a model of a lunar eclipse in a garden. It was made up of a round table representing the Earth, a lamp as the Sun, and a round mirror as the Moon. Wang moved the objects around to show what happens during a lunar eclipse: when the Moon passes into the Earth’s shadow, the Moon becomes darker. Her model was clear and simple to understand, even for the youngest people in the audience.
In addition to her achievements in mathematics and astronomy, Wang Zhenyi was an excellent poet, and she wrote about unusually modern topics. Wang knew that women are no less intelligent than men, as we can see in this poem:
It’s made to believe,
Women are the same as Men;
Are you not convinced,
Daughters can also be heroic
In 1994, the International Astronomical Union (IAU) named a crater on Venus after Wang Zhenyi. Since she achieved so much in her short time on Earth—she died at the age of 29—it is fitting that she is remembered beyond it.
on her own
works
angry
natural
garden
Read and answer.
While-reading
03
Read P4 and fill in the blanks.
Q: What was the Earth in the model
A ______ ______ stood for the Earth.
Q: What was used as the Sun
A ______ was the Sun in the model.
Q: What stood for the Moon
A round ______ was the Moon.
Q: When does the Moon turn darker
When the Moon goes into the Earth’s ________. Q: Who could easily understand her model
Even the _________ people in the audience.
Wang Zhenyi—an outstanding woman scholar
Wang Zhenyi (1768–1797) was a female mathematician and an astronomer who lived in the Qing dynasty. She also had a talent for poetry.
Wang grew up in a family that valued education. As a child, she learnt mathematics from her father, astronomy from her grandfather and poetry from her grandmother. When she was a teenager, she spent a lot of time studying and building her knowledge in her grandfather’s library.
Wang learnt more and more about astronomy and mathematics, even though the language in the science books was very old-fashioned and difficult to understand. This experience made her realize something important: scientific texts need to be written in a clear way so that everyone can understand them. With this in mind, she rewrote the mathematician Mei Wending’s famous book about calculation. At age 24, she created a simpler method of multiplication and division, and wrote a book about it.
Wang also studied astronomy on her own. She described lunar and solar eclipses in her works. In old times, people thought eclipses were a sign that heaven was angry with them, but Wang showed that these events were completely natural. She explained it in a simple way so that ordinary people could understand. She set up a model of a lunar eclipse in a garden. It was made up of a round table representing the Earth, a lamp as the Sun, and a round mirror as the Moon. Wang moved the objects around to show what happens during a lunar eclipse: when the Moon passes into the Earth’s shadow, the Moon becomes darker. Her model was clear and simple to understand, even for the youngest people in the audience.
In addition to her achievements in mathematics and astronomy, Wang Zhenyi was an excellent poet, and she wrote about unusually modern topics. Wang knew that women are no less intelligent than men, as we can see in this poem:
It’s made to believe,
Women are the same as Men;
Are you not convinced,
Daughters can also be heroic
In 1994, the International Astronomical Union (IAU) named a crater on Venus after Wang Zhenyi. Since she achieved so much in her short time on Earth—she died at the age of 29—it is fitting that she is remembered beyond it.
round table
lamp
mirror
shadow
youngest
Read and answer.
While-reading
03
Wang Zhenyi—an outstanding woman scholar
Wang Zhenyi (1768–1797) was a female mathematician and an astronomer who lived in the Qing dynasty. She also had a talent for poetry.
Wang grew up in a family that valued education. As a child, she learnt mathematics from her father, astronomy from her grandfather and poetry from her grandmother. When she was a teenager, she spent a lot of time studying and building her knowledge in her grandfather’s library.
Wang learnt more and more about astronomy and mathematics, even though the language in the science books was very old-fashioned and difficult to understand. This experience made her realize something important: scientific texts need to be written in a clear way so that everyone can understand them. With this in mind, she rewrote the mathematician Mei Wending’s famous book about calculation. At age 24, she created a simpler method of multiplication and division, and wrote a book about it.
Wang also studied astronomy on her own. She described lunar and solar eclipses in her works. In old times, people thought eclipses were a sign that heaven was angry with them, but Wang showed that these events were completely natural. She explained it in a simple way so that ordinary people could understand. She set up a model of a lunar eclipse in a garden. It was made up of a round table representing the Earth, a lamp as the Sun, and a round mirror as the Moon. Wang moved the objects around to show what happens during a lunar eclipse: when the Moon passes into the Earth’s shadow, the Moon becomes darker. Her model was clear and simple to understand, even for the youngest people in the audience.
In addition to her achievements in mathematics and astronomy, Wang Zhenyi was an excellent poet, and she wrote about unusually modern topics. Wang knew that women are no less intelligent than men, as we can see in this poem:
It’s made to believe,
Women are the same as Men;
Are you not convinced,
Daughters can also be heroic
In 1994, the International Astronomical Union (IAU) named a crater on Venus after Wang Zhenyi. Since she achieved so much in her short time on Earth—she died at the age of 29—it is fitting that she is remembered beyond it.
Read P5 and answer.
Q: Apart from science, what was she good at
Writing poems.
Q: What opinion did she write in her poems
Men and women are equally intelligent.
Q: What was most people’s thought about girls’ study in Qing times
Most people thought women were not able to study science then.
Read and answer.
While-reading
03
Wang Zhenyi—an outstanding woman scholar
Wang Zhenyi (1768–1797) was a female mathematician and an astronomer who lived in the Qing dynasty. She also had a talent for poetry.
Wang grew up in a family that valued education. As a child, she learnt mathematics from her father, astronomy from her grandfather and poetry from her grandmother. When she was a teenager, she spent a lot of time studying and building her knowledge in her grandfather’s library.
Wang learnt more and more about astronomy and mathematics, even though the language in the science books was very old-fashioned and difficult to understand. This experience made her realize something important: scientific texts need to be written in a clear way so that everyone can understand them. With this in mind, she rewrote the mathematician Mei Wending’s famous book about calculation. At age 24, she created a simpler method of multiplication and division, and wrote a book about it.
Wang also studied astronomy on her own. She described lunar and solar eclipses in her works. In old times, people thought eclipses were a sign that heaven was angry with them, but Wang showed that these events were completely natural. She explained it in a simple way so that ordinary people could understand. She set up a model of a lunar eclipse in a garden. It was made up of a round table representing the Earth, a lamp as the Sun, and a round mirror as the Moon. Wang moved the objects around to show what happens during a lunar eclipse: when the Moon passes into the Earth’s shadow, the Moon becomes darker. Her model was clear and simple to understand, even for the youngest people in the audience.
In addition to her achievements in mathematics and astronomy, Wang Zhenyi was an excellent poet, and she wrote about unusually modern topics. Wang knew that women are no less intelligent than men, as we can see in this poem:
It’s made to believe,
Women are the same as Men;
Are you not convinced,
Daughters can also be heroic
In 1994, the International Astronomical Union (IAU) named a crater on Venus after Wang Zhenyi. Since she achieved so much in her short time on Earth—she died at the age of 29—it is fitting that she is remembered beyond it.
Read P6 and answer.
Q: When did IAU name a crater for Wang Zhenyi
A. In 1894 B. In 1994 C. In 2004
Q: Why is Wang Zhenyi remembered in space
A. She made lots of great achievements.
B. She lived a very long life.
C. She worked for IAU.
Read P6 and judge.
( ) Wang Zhenyi died at the age of thirty.
( ) A crater on Mars was named after Wang Zhenyi.
F
on Venus
F
twenty-nine
While-reading
03
1 Complete the mind map with the information from the article on pages 4–5.
Read and Complete.
A woman scholar
(1) Who
(3) Her education
(2) Her profession (s)
(4) Her achievements
(6) How she is remembered
(5) Her ideas
Wang Zhenyi, a famous female scholar in Qing Dynasty
astronomer, mathematician, poet, scientist
Learned knowledge from her family by self-study; studied maths and astronomy at home
Explained lunar eclipse;
wrote many academic books;
did scientific experiments
Believed in practical science;
broke old prejudices against women studying science
A crater on Venus was named after her by IAU in 1994
While-reading
03
Read and retell.
Read the mind map and retell Wang Zhenyi’s story.
A woman scholar
(1) Who
(3) Her education
(2) Her profession (s)
(4) Her achievements
(6) How she is remembered
(5) Her ideas
Wang Zhenyi, a famous female scholar in Qing Dynasty
astronomer, mathematician, poet, scientist
Learned knowledge from her family by self-study; studied maths and astronomy at home
Explained lunar eclipse;
wrote many academic books;
did scientific experiments
Believed in practical science;
broke old prejudices against women studying science
A crater on Venus was named after her by IAU in 1994
Wang Zhenyi was a famous female scholar in …
Wang Zhenyi—an outstanding woman scholar
Wang Zhenyi (1768–1797) was a female mathematician and an astronomer who lived in the Qing dynasty. She also had a talent for poetry.
Wang grew up in a family that valued education. As a child, she learnt mathematics from her father, astronomy from her grandfather and poetry from her grandmother. When she was a teenager, she spent a lot of time studying and building her knowledge in her grandfather’s library.
Wang learnt more and more about astronomy and mathematics, even though the language in the science books was very old-fashioned and difficult to understand. This experience made her realize something important: scientific texts need to be written in a clear way so that everyone can understand them. With this in mind, she rewrote the mathematician Mei Wending’s famous book about calculation. At age 24, she created a simpler method of multiplication and division, and wrote a book about it.
Wang also studied astronomy on her own. She described lunar and solar eclipses in her works. In old times, people thought eclipses were a sign that heaven was angry with them, but Wang showed that these events were completely natural. She explained it in a simple way so that ordinary people could understand. She set up a model of a lunar eclipse in a garden. It was made up of a round table representing the Earth, a lamp as the Sun, and a round mirror as the Moon. Wang moved the objects around to show what happens during a lunar eclipse: when the Moon passes into the Earth’s shadow, the Moon becomes darker. Her model was clear and simple to understand, even for the youngest people in the audience.
In addition to her achievements in mathematics and astronomy, Wang Zhenyi was an excellent poet, and she wrote about unusually modern topics. Wang knew that women are no less intelligent than men, as we can see in this poem:
It’s made to believe,
Women are the same as Men;
Are you not convinced,
Daughters can also be heroic
In 1994, the International Astronomical Union (IAU) named a crater on Venus after Wang Zhenyi. Since she achieved so much in her short time on Earth—she died at the age of 29—it is fitting that she is remembered beyond it.
Read and take notes.
While-reading
03
have a talent for poetry 有作诗天赋
live in the Qing dynasty 生活在清朝
value education 重视教育
as a child 在孩童时期
spend a lot of time doing sth 花费大量时间做某事
build one’s knowledge 积累学识
old-fashioned and difficult to understand 老旧晦涩难以理解
rewrite one’s book 改写某人的著作
describe lunar and solar eclipses 记述日月食
completely natural 完全自然的
realize something important 意识到重要的道理
with this in mind 秉持这个想法
a method of multiplication and division 一套乘除计算方法
a sign that heaven was angry 上天发怒的征兆
Wang Zhenyi—an outstanding woman scholar
Wang Zhenyi (1768–1797) was a female mathematician and an astronomer who lived in the Qing dynasty. She also had a talent for poetry.
Wang grew up in a family that valued education. As a child, she learnt mathematics from her father, astronomy from her grandfather and poetry from her grandmother. When she was a teenager, she spent a lot of time studying and building her knowledge in her grandfather’s library.
Wang learnt more and more about astronomy and mathematics, even though the language in the science books was very old-fashioned and difficult to understand. This experience made her realize something important: scientific texts need to be written in a clear way so that everyone can understand them. With this in mind, she rewrote the mathematician Mei Wending’s famous book about calculation. At age 24, she created a simpler method of multiplication and division, and wrote a book about it.
Wang also studied astronomy on her own. She described lunar and solar eclipses in her works. In old times, people thought eclipses were a sign that heaven was angry with them, but Wang showed that these events were completely natural. She explained it in a simple way so that ordinary people could understand. She set up a model of a lunar eclipse in a garden. It was made up of a round table representing the Earth, a lamp as the Sun, and a round mirror as the Moon. Wang moved the objects around to show what happens during a lunar eclipse: when the Moon passes into the Earth’s shadow, the Moon becomes darker. Her model was clear and simple to understand, even for the youngest people in the audience.
In addition to her achievements in mathematics and astronomy, Wang Zhenyi was an excellent poet, and she wrote about unusually modern topics. Wang knew that women are no less intelligent than men, as we can see in this poem:
It’s made to believe,
Women are the same as Men;
Are you not convinced,
Daughters can also be heroic
In 1994, the International Astronomical Union (IAU) named a crater on Venus after Wang Zhenyi. Since she achieved so much in her short time on Earth—she died at the age of 29—it is fitting that she is remembered beyond it.
Read and take notes.
While-reading
03
ordinary people 普通百姓
set up a model 搭建模型
be made up of 由…… 构成
represent the Earth 代表地球
pass into the Earth’s shadow 进入地球阴影
become darker 变暗
in addition to 除…… 以外
no less intelligent than men 不输男子的聪慧
be convinced 信服
name a crater after sb 以某人命名环形山
achieve so much 收获丰硕成就
at the age of 29 二十九岁
be remembered beyond it 在星际间被铭记
Post-reading
04
Read and answer.
2 Read the article again and answer the questions below.
Q: Do you think Wang Zhenyi was ahead of her time
Q: If so, in what way
Point 1 Advanced awareness of science
Point 2 Progressive thoughts on women
Point 3 Advanced academic ideas
break superstitions，natural events，rewrite ancient books，simplify calculation methods，popularize science
as intelligent as men，break old prejudices，female scholars，study maths and astronomy
study on one’s own，do practical experiments，practical science ideas
Post-reading
04
Discuss the questions below.
2 Read the article again and answer the questions below.
Your ideas
(1) What made Wang Zhenyi an outstanding woman scholar
(2) What can you learn from her
① She achieved great success in maths, astronomy and poetry.
② She broke old superstitions and proved eclipses are natural phenomena.
③ She held advanced ideas that women equal men in intelligence.
① Keep learning and never give up in study.
② Think independently and believe in science.
③ Fight against unfair prejudice and stick to your dream.
Vocabulary practice
1 Find the words and phrases in the article on pages 4–5 and match them with their meanings.
Post-reading
04
Find and match.
(1) outstanding (title)　　　　 a extremely good
(2) old-fashioned (line 8)　　 b thinking about something carefully before doing something
(3) with ... in mind (line 11) c not different or unusual
(4) ordinary (line 17)　　　 d besides, as well as
(5) in addition to (line 24)　 e very traditional, not modern
2 Complete the passage with the words and phrases from Exercise 1. Change the form if necessary.
Ada Lovelace (1815–1852) was one of the most ___________ women in 19th-century science. Today, she is known as “the first computer programmer”. Ada’s family was far from _____________. Her mother was a mathematician, and her father was a famous poet. Ada studied advanced mathematics when she was growing up, and also met many scientists.In those days, mathematicians had to do all calculations by hand, and it was very easy to make mistakes. _____________ this _____________, a man named Charles Babbage designed a calculating machine.The 17-year-old Ada heard about this and got in touch with the inventor. Babbage had very _____________ ideas about women, but Ada persuaded him to work with her. She helped Babbage program his machine. _____________ her programming work, she also helped make his ideas easier for the public to understand.
Post-reading
04
Complete the passage.
outstanding
ordinary
With in mind
old-fashioned
In addition to
3 Write about a great person you know about. Use the expressions below.
grow up in a family that ...
spend a lot of time doing ...
It is fitting that ...
have a talent for
with ... in mind
in addition to
Post-reading
04
Write about a great person.
3 Write about a great person you know about. Use the expressions below.
Post-reading
04
Write about a great person.
For example:
Wang Zhenyi was a great scholar.
She grew up in a family that loved learning.
She had a talent for astronomy and maths.
She spent a lot of time studying old science books.
With easy popular science in mind, she simplified difficult calculations.
In addition to science, she wrote fine poems.
It is fitting that a crater was named after her.
grow up in a family that ...
spend a lot of time doing ...
It is fitting that ...
have a talent for
with ... in mind
in addition to
Elements要素 Level档次
Content 内容(6分) 要点齐全,切合题意
适当发挥
Accuracy 准确性(6分) 语法，大小写，拼写等格式错误
语言使用恰当,丰富
Fluency 流畅性(3分) 分段，书写，衔接，过渡
互评总分
The words we have learned
一、根据首字母或汉语提示补全单词
1.Wang Zhenyi was an o___________(杰出的) ancient Chinese female scientist.
2.She learned m___________(数学) and astronomy from her family members.
3.She studied the e___________(日食) and explained its scientific reasons.
4.She created new ways of m___________(乘法) calculation at 24.
5.People named a mountain crater on Venus in h___________(纪念) of her.
Summary
05
utstanding
athematics
clipse
ultiplication
onour
The phrases we have learned
二、英汉互译
杰出的女学者 __________________________________________
自创乘除算法 __________________________________________
解释日食成因 __________________________________________
on one’s own __________________________________________
in addition to __________________________________________
with…in mind __________________________________________
Summary
05
an outstanding woman scholar
create new multiplication and division methods
explain the cause of eclipses
独自
除…… 之外
心中想着
The sentences we have learned
三、句子翻译
王贞仪出身书香门第，从小跟随家人学习知识。
_______________________________________________________________ _______________________________________________________________ 2. 因为古籍晦涩难懂，她在二十四岁改写了算术书籍。
_______________________________________________________________ _______________________________________________________________ 3. 她实地观测天象，用科学破除关于日月食的迷信。
_______________________________________________________________ _______________________________________________________________ 4. 如今金星上的环形山以她命名，以此纪念她的贡献。。_______________________________________________________________
Summary
05
Wang Zhenyi was born in a scholarly family and learnt knowledge from her family in childhood.
Because ancient books were hard to understand, she rewrote maths books at 24.
She observed stars outdoors and used science to break the superstition about eclipses.
Now a crater on Venus is named after her to remember her achievements.
四、用短文内的单词或短语完成句子
1.Wang Zhenyi _________________(有天赋) maths and astronomy when she was young.
2.She finished rewriting the old math books____________ (独自) at the age of 24.
3. ________________(除了) science, she also wrote many wonderful poems.
4.She held the idea that men and women are equal ___________________(心怀平等理念).
5.People remember her and _______________(以…… 命名) a crater after her.
The passage we have learned
Summary
05
had a talent for
on her own
In addition to
with equality in mind
name
Assessment
06
Self-assessment
I can master biography & science core words and phrases.
I can analyze Wang Zhenyi’s life and achievements.
I can discuss great people’s spirits and link the story to personal learning.
Basic (基础)
Improving(提升)
Extend (拓展)
Homework
07
抄写 outstanding、eclipse、multiplication 等核心单词 + in addition to 等短语各 3 遍，标注中文释义。
借助板书思维导图，用 5-6 句话简要介绍 Wang Zhenyi，必须用上本课 3 个及以上重点短语。
任选屠呦呦 / 毕加索 / 贝多芬其中一人，查阅简短资料，仿照课文句式写 4 句英文人物介绍，下节课课堂分享。
https://www.21cnjy.com/recruitment/home/fine
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