Answers
1 - He had a lot of insecurity because his mother abandoned him and gave him away to his grandmother and father died when he was young.
2 - He did not learn any math or science until 17 years old. He worked so hard and he had nothing and became one of the most well known scientists throughout the world.
3 - This answer is optional. You can put this answer or make one of your own.
Newton though the sun was the center of the solar system. Aristotle thought the Earth was. (The answer to this question had a lot of grammar issues, but if you can tell what he was saying then you can complete the sentence.
4 - Hooke criticizes his work and also claimed Newton stole some of his ideas.
5 - You have to answer this question yourself.
6 - Leibniz claimed that he developed calculus before Newton. Newton claimed he had developed it first.
7 - It is a substance that can convert any basic metal to gold or silver as well as give a person immortality and cure all diseases.
Hope this helps!
Related Questions
Which of the following does NOT describe agricultural conditions of the Southern Colonies?
rich, fertile plentiful farmlands
lengthy growing season
shortage of available farmlands
favorable climatic conditions
Answers
Answer:
Shortage of available farmlands
Explanation:
The Southern colonies had tons of room, and there was definitely no shortage of farmland.
One major physical feature in northern Mexico is the:
A. Mexican Plateau
B. Baja California Peninsula
C. Gulf of Mexico
D. Yucatan Peninsula
Answers
Answer:
gulf of mexico
Explanation:
The Treaty of Versailles ended World War I, but some of the terms of the treaty contributed to the beginning of World War II. Which was one of the terms of the treaty?
Answers
Answer:
(1) The surrender of all German colonies as League of Nations mandates. (2) The return of Alsace-Lorraine to France.
Explanation:
there's two so you can choose either one
How did the cotton gin affect the Southern economy? Check all that apply.
It increased the demand for enslaved laborers.
It increased the speed at which cotton could be produced.
It increased the growth of farms and plantations.
It increased the demand for cotton.
It increased the demand for skilled workers.
Answers
To understand the effects of the cotton gin, one must understand why the cotton gin was created. The cotton gin was created by Eli Whitney that essentially featured a hollowed box in which contained a turn-based set of razors that are used to remove the seed more easily from the cotton itself. This was created in the hopes that the South can potentially get rid of slaves as it helped speed up the process, but instead it caused the south to buy even more slaves to up their profits. Essentially, your choices will be:
- It increased the demand for enslaved labors.
As the cotton gin allowed for faster production of product cotton from raw cotton, more owners tried to maximize profits by deploying multiple gins and large amounts of slaves to plant, process, and finally sell the cotton.
- It increased the growth of farms and plantations.
Faster processing speeds allowed for even more land usages, resulting in a larger yield and finished product.
Why it is not:
- It increased the speed at which cotton could be produced.
You cannot control how fast cotton grows on a plant, rather, it simply controlled how fast cotton is processed, rather than produced. If wording is terrible, this may be a choice, but mother nature controls when cotton ripes for picking, rather than a cotton gin, which processes the finished product of the cotton.
- It increased the demand for cotton.
Technically this can be a choice, but they got the steps switched. It was because of a greater demand for cotton that the cotton gin was created. The cotton gin was a effect rather than a need.
- It increased the demand for skilled workers.
The cotton gin did not need skilled workers to use. Most plantation owners who owned slaves allowed the slaves to use the gin to maximize profits.
~
Roger Bannister: The Barrier Breaker
Introduction
How do you overcome obstacles that seem impossible? Sir Roger Bannister, the first man to break the four-minute-mile record, knew what it was like to break barriers.
Learning a Passion
Roger Bannister was born in Harrow, England, in 1929. Since his parents couldn't afford to send him to college, he worked to win scholarships to study medicine at Oxford. Bannister had two loves: studying medicine and running track. He worked hard to do well at both. Because of his studies, Bannister had less time for track practice than other athletes. Most athletes trained at least six days a week. Bannister trained only two to three times a week. In the 1952 Olympic Games, Bannister ran the 1500m race but finished fourth. Many said this was due to his lack of training. Bannister decided it was time to get serious. He focused on doing what everyone in the world thought was impossible. He wanted to break the four-minute-mile barrier.
Setting a Goal
No one in history had ever run a mile in less than four minutes, although several had tried. For decades, physicians believed that running a mile too fast would cause heart failure. Bannister knew he could set a new world record by working hard. Bannister believed that pushing himself beyond the pain would make him a winner. That is just what Bannister did on May 6, 1954, at Iffley Road Track in Oxford. On a cold, wet track, Roger Bannister broke the four-minute-mile barrier with a time of 3:59.4. Two other runners helped him set a fast pace. Then Bannister relied on his training to run the first three laps of the track in 3:01. During the final lap of the race against the clock, Bannister knew he could finish the race in less than 59 seconds. He broke away from the other runners and flew down the last two curves of the track at record speed. As he crossed the finish line, he collapsed into the arms of his friend Reverend Nicholas Stacey. Bannister was out of breath and out of energy, but he knew he had broken the world record. Bannister accomplished a great moment in history that day.
After breaking the four-minute-mile barrier, Bannister competed in a few more races. He ran his personal record of 3:43.8 in the 1500m in the European Championship. That was Bannister's last race. In August of 1954, he retired at the age of 25 to focus on what he considered his true contribution to society—his research in the field of neurology, the study of the nerves and the nervous system.
Making a Difference
In 1975, two decades after his feat, Roger Bannister was knighted by the Sports Council of England. He had done what no man thought was possible. However, Bannister knew his athletic glory was fleeting. He felt that his work as a neurologist was the real accomplishment of his life. For over 40 years, he worked in neurology, helping patients who suffered serious neurological disorders. To honor his work and dedication as a neurologist, St. Mary's Hospital in London named a lecture hall after Dr. Bannister. In the lecture hall, the famous stopwatch used to time Bannister's mile is on display. In July of 2012, Bannister was honored to be elected as one of the Olympic torchbearers. He carried the flame into the Oxford track stadium that was named for him. Of his neurology career and his track achievements, as the greatest runner ever, Bannister claims that working hard is the secret to his success.
11
Why does the author use chronological order to organize the passage?
A.
to place the events in Bannister's life in the order in which they happened
B.
to present Bannister's challenge of breaking a record and his solution for it
C.
to compare Bannister's achievements in running with his achievements in medicine
D.
to show how the events in Bannister's life affected his career in neurology
Answers
A
explanation
Roger Bannister: The Barrier Breaker
Introduction
How do you overcome obstacles that seem impossible? Sir Roger Bannister, the first man to break the four-minute-mile record, knew what it was like to break barriers.
Learning a Passion
Roger Bannister was born in Harrow, England, in 1929. Since his parents couldn't afford to send him to college, he worked to win scholarships to study medicine at Oxford. Bannister had two loves: studying medicine and running track. He worked hard to do well at both. Because of his studies, Bannister had less time for track practice than other athletes. Most athletes trained at least six days a week. Bannister trained only two to three times a week. In the 1952 Olympic Games, Bannister ran the 1500m race but finished fourth. Many said this was due to his lack of training. Bannister decided it was time to get serious. He focused on doing what everyone in the world thought was impossible. He wanted to break the four-minute-mile barrier.
Setting a Goal
No one in history had ever run a mile in less than four minutes, although several had tried. For decades, physicians believed that running a mile too fast would cause heart failure. Bannister knew he could set a new world record by working hard. Bannister believed that pushing himself beyond the pain would make him a winner. That is just what Bannister did on May 6, 1954, at Iffley Road Track in Oxford. On a cold, wet track, Roger Bannister broke the four-minute-mile barrier with a time of 3:59.4. Two other runners helped him set a fast pace. Then Bannister relied on his training to run the first three laps of the track in 3:01. During the final lap of the race against the clock, Bannister knew he could finish the race in less than 59 seconds. He broke away from the other runners and flew down the last two curves of the track at record speed. As he crossed the finish line, he collapsed into the arms of his friend Reverend Nicholas Stacey. Bannister was out of breath and out of energy, but he knew he had broken the world record. Bannister accomplished a great moment in history that day.
After breaking the four-minute-mile barrier, Bannister competed in a few more races. He ran his personal record of 3:43.8 in the 1500m in the European Championship. That was Bannister's last race. In August of 1954, he retired at the age of 25 to focus on what he considered his true contribution to society—his research in the field of neurology, the study of the nerves and the nervous system.
Making a Difference
In 1975, two decades after his feat, Roger Bannister was knighted by the Sports Council of England. He had done what no man thought was possible. However, Bannister knew his athletic glory was fleeting. He felt that his work as a neurologist was the real accomplishment of his life. For over 40 years, he worked in neurology, helping patients who suffered serious neurological disorders. To honor his work and dedication as a neurologist, St. Mary's Hospital in London named a lecture hall after Dr. Bannister. In the lecture hall, the famous stopwatch used to time Bannister's mile is on display. In July of 2012, Bannister was honored to be elected as one of the Olympic torchbearers. He carried the flame into the Oxford track stadium that was named for him. Of his neurology career and his track achievements, as the greatest runner ever, Bannister claims that working hard is the secret to his success.
10
What can be inferred by referring to the timeline?
A.
Bannister was more well known as a neurologist than as a track and field star.
B.
Bannister did not value his time as a runner and never participated in sports again.
C.
Despite retiring from track and field at a young age, Bannister was still involved with sports throughout his life.
D.
After retiring from track and field at a young age, Bannister continued to run.
Answers
I think the answer is C cuz it just makes the most sense off of the article. Hope this helps!
HELP QUICK EDGINUITY I WILL MARK BRAINLIEST IF RIGHT 10 POINTS!
Which was a Samarian believe?
Hard work kept the gods happy.
Nothing people did could please the gods.
The gods have gone away, leaving the people alone.
The gods had little influence over peoples daily lives
Answers
Answer:
c plz dont report if wrong
Explanation:
HELP ME
HELP ME
HELP ME
Answers
2. perfect area to grow citrus fruits
If you commit a crime, which part of the 5th amendment protects you from not being told what you have been arrested for or being told that your court date is in 10 years?
A) Self-incrimination
B) Due Process
C) Freedom of Speech
D) Eminent Domain
Answers
Answer: The answer is a Self-incrimination
Explanation:
Answer:The answer is Self-Incrimination
Explanation:
1. Historically, what have American women had to fight for? (hint: think of their rights, respect, etc.)
2. What have women accomplished in the last century?
3. What do women still fight for today?
Answers
i need help with this please help me!!!!
Answers
Answer:
The answer is B) monarchy
The Green Corn Rebellion began as an effort to protest against
A rising corn and wheat prices
B. falling corn and wheat prices
C. American involvement in the war
D. American neutrality in the war
Answers
The Northwest Ordinance discussed slavery.....
Answers
When was the first Atlantic cable laid?
1 1866
2 1867
3 1873
4 1879
Answers
What did the Virginia Resolution propose?
Answers
Explanation:
The Virginia Resolution, authored by Madison, said that by enacting the Alien and Sedition Acts, Congress was exercising “a power not delegated by the Constitution, but on the contrary, expressly and positively forbidden by one of the amendments thereto; a power, which more than any other, ought to produce universal alarm because it is levelled against that right of freely examining public characters and measures and of free communication among the people, there on, which has ever been justly deemed, the only effectual guardian of every other right.
What Protestant ideal helped influence federalism
a. tradition
b. individualism
c. salvation
d. self- governance
Answers
Answer:
Answer D self governance
Explanation:
Answer:
d
Explanation:
i can confirm it was right
what were some strategies used by the labor unions to address the problematic working conditions of the time period.
Answers
Answer:
Death????/
Explanation:
briefly define Fahrenheit scale IN YOUR OWN WORDS! plz thnx <3
Answers
Answer:
A Fahrenheit scale is a temperature scale that is based on the freezing point of water. It uses the degree Fahrenheit as the unit. it was used by the physicist Daniel Gabriel Fahrenheit.
Answer:
Fahrenheit scale records temperature that establishes the boiling point of water at 212 and the freezing point at 32.
It was discovered by a person called Daniel Gabriel Fahrenheit
How did the Compromise of 1850 change the political map of Texas?
Texas became two states.
A portion of land in Texas became part of New Mexico.
Texas became a slave state,
A portion of California was added to Texas.
Answers
Answer:
B, Have a nice day!
Explanation:
The statement that explains the change in political map of Texas as regards the Compromise of 1850 is B: A portion of land in Texas became part of New Mexico.
In the Compromise of 1850, the land of Texas at the North of 34th parallel north is been allocated to the New Mexico.The area to the south as well as southeastern part of Mexico is been divided among California and New Mexico at Colorado River of Texas.Therefore, option B is correct.
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Which of the following is an effect of the revival of Confucianism during the Song Dynasty?
A.
the decline of trade with neighboring territories
B.
the importance of the civil service examination system
C.
the development of a powerful standing navy
Answers
Answer:
B i think if its not im sorry
Explanation:
who watches seven deadly sins if so who is ur favorite character mine is Escanor
Answers
Answer:
Elizabeth :/
Explanation:
What effect did the Diaspora have on the religion of Judaism?
Answers
1. What are some ways in which materials affect how light is transmitted?
3. In order for an object to appear white, which wave lengths must the light contain and the object reflect?
4. If you are a firefighter searching a smokefilled apartment. Would you want to use a stronger ligt to help you see better? Why or Why not.
6.If you focus a red light, a green light, and a blue light on the same part of a black curtain, what color will the curtain appear to be? Why?
Answers
Answer:
You have read that EM waves can interact with a material medium in
the same ways that mechanical waves do. Three forms of interaction
play an especially important role in how people see light. One form is
reflection. Most things are visible because they reflect light. The two
other forms of interaction are transmission and absorption.
(trans-MIHSH-uhn) is the passage of an EM wave
through a medium. If the light reflected from objects did not pass
through the air, windows, or most of the eye, we could not see the
objects. (uhb-SAWRP-shun) is the disappearance of an
EM wave into the medium. Absorption affects how things look, because
it limits the light available to be reflected or transmitted.
Explanation:
Transparent (trans-PAIR-uhnt) materials allow most of the light
that strikes them to pass through. It is possible to see objects
through a transparent material. Air, water, and clear glass are transparent. Transparent materials are used for items such as windows,
light bulbs, thermometers, sandwich bags, and clock faces.
Translucent (trans-LOO-suhnt) materials transmit some light, but
they also cause it to spread out in all directions. You can see light
through translucent materials, but you cannot see objects clearly
through them. Some examples are lampshades, frosted light bulbs,
frosted windows, sheer fabrics, and notepaper.
Opaque (oh-PAYK) materials do not allow any light to pass
through them, because they reflect light, absorb light, or both.
Heavy fabrics, construction paper, and ceramic mugs are opaque.
Shiny materials may be opaque mainly because they reflect light.
Other materials, such as wood and rock, are opaque mainly
because they absorb light.
1. Transmission of Light
Some materials have a low light-absorption rate this means that they are excellent at light transmission. Some of those materials are water, air, and glass. Note that their common quality is transparency.
When light waves go through the boundary between different matter, they are said to be transmitted. When some of the light that travels through that object is partially absorbed, the material is said to be translucent. Examples of translucent objects are curtains, window blinds, colored glass, lampshades, etc.
In pure physics terms, when vibrations of electrons are transported onto neighboring atoms on the other side of the object, such vibrations or frequencies of light have been transmitted, and that object that carries out the transportation is said to be transparent.
If however, at the surface of the material the electrons are reemitted after a short period of vibration, then the light wave is said to have been reflected. Objects which do not absorb but reflect light are said to be opaque. Examples of opaque objects are silver and gold.
All black surfaces absorb light.
2. Light Spectrum:
If an object appears white, it means that all the visible wavelengths of light that shine on it are reflected back.
3. Light for Navigating Smoky terrain:
The best forms of light for navigating a fire and smoke situation are Red LEDs, Infrared, and Thermal Imaging.
Stronger lights cannot necessarily cut through smoke because smoke contains so many suspended particles and or matter. These particles absorb most of the light making it difficult to see through them.
Firefighters and Military personnel use special devices called Foward-Looking Infrared Radiation (FLIC) which is able to identify infrared radiations emitted from a heat source and produces a live feed video output.
For more about the physics of light, click here:
https://brainly.com/question/18704022
Will give 20 points pls hurry
Answers
Answer:
For question 1 its C and for 2 its B
Explanation:
Answer:
for the first one, i think A, and for the second one, i think B?
Explanation:
WILL MARK BRAINLIST!!!
Can you complete the graph but in a way a 7th grader would write it? Thank you so much it will help a lot!
Answers
Answer:
do you still need the answer to this
Explanation: