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Прочитайте текст и выполните задания. Ancient Martian Conditions Could Have Supported Life 1. The Am...: ответ на тест 1088092 - Английский язык

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Ancient Martian Conditions Could Have Supported Life
1. The American space agency recently reported that the planet Mars once could have supported micro-organisms, extremely small life forms. The announcement came after the agency’s Curiosity rover examined a rock on Mars. It was the first sample of rock powder ever collected and tested on the red planet. Curiosity used a drill on its two-meter long robotic arms to cut into the rock and collect about ten grams of powder. Space agency officials called the drilling, the biggest success for the Curiosity team since the rover landed on Mars in August, 2012.
2. After the drilling was done and the powder collected, the small laboratory on Curiosity began a series of tests. American scientists said the test results led them to believe there was once life on Mars. The rock sample came from an area on Mars called Yellowknife Bay. The area had some of the chemicals required to support life as we know it. They include oxygen, hydrogen, nitrogen and carbon. Scientists believe Mars was once a warmer, wetter environment before turning into a freezing dry desert. Researchers say the Martian bedrock showed evidence of many periods of wet conditions. And they say there are clay minerals in the rock sample. These minerals are evidence of water.
3. The project is expected to last two years and cost $2.5 billion. Curiosity is not designed to look for microbes that may be alive on Mars today or inspect remains of life forms that no longer exist. Curiosity is the first Mars rover, but not the only one. The American space agency says it plans to send another rover, called Opportunity, to the red planet in 2020. Opportunity would be part of NASA’s plan to explore the Martian surface and atmosphere. The agency hopes to send humans to Mars in about 20 years.
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How did Curiosity investigate the Martian bedrock?
Варианты ответов
  • The first sample of the Martian rock powder ever tested was made by the equipment sent from the Earth.
  • Curiosity drilled the Martian surface with the help of special equipment and then examined its rock powder in its laboratory.
  • The research of the Martian surface showed evidence of many periods of wet conditions.
  • Researchers say there were clay minerals in the Martian rock sample that can be considered evidence of water.
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Вопрос задал(а): Анонимный пользователь, 13 Ноябрь 2020 в 19:27
На вопрос ответил(а): Анастасия Степанова, 13 Ноябрь 2020 в 19:27

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Вопрос № 1120702

Прочитайте текст и выполните задания.
Ancient Martian Conditions Could Have Supported Life
1. The American space agency recently reported that the planet Mars once could have supported micro-organisms, extremely small life forms. The announcement came after the agency’s Curiosity rover examined a rock on Mars. It was the first sample of rock powder ever collected and tested on the red planet. Curiosity used a drill on its two-meter long robotic arms to cut into the rock and collect about ten grams of powder. Space agency officials called the drilling, the biggest success for the Curiosity team since the rover landed on Mars in August, 2012.
2. After the drilling was done and the powder collected, the small laboratory on Curiosity began a series of tests. American scientists said the test results led them to believe there was once life on Mars. The rock sample came from an area on Mars called Yellowknife Bay. The area had some of the chemicals required to support life as we know it. They include oxygen, hydrogen, nitrogen and carbon. Scientists believe Mars was once a warmer, wetter environment before turning into a freezing dry desert. Researchers say the Martian bedrock showed evidence of many periods of wet conditions. And they say there are clay minerals in the rock sample. These minerals are evidence of water.
3. The project is expected to last two years and cost $2.5 billion. Curiosity is not designed to look for microbes that may be alive on Mars today or inspect remains of life forms that no longer exist. Curiosity is the first Mars rover, but not the only one. The American space agency says it plans to send another rover, called Opportunity, to the red planet in 2020. Opportunity would be part of NASA’s plan to explore the Martian surface and atmosphere. The agency hopes to send humans to Mars in about 20 years.
Ответьте на вопрос:
How did Curiosity investigate the Martian bedrock?
Researchers say there were clay minerals in the Martian rock sample that can be considered evidence of water.
The first sample of the Martian rock powder ever tested was made by the equipment sent from the Earth.
The research of the Martian surface showed evidence of many periods of wet conditions.
Curiosity drilled the Martian surface with the help of special equipment and then examined its rock powder in its laboratory.

Вопрос № 1120692

Прочитайте текст и выполните задания.
Ancient Martian Conditions Could Have Supported Life
1. The American space agency recently reported that the planet Mars once could have supported micro-organisms, extremely small life forms. The announcement came after the agency’s Curiosity rover examined a rock on Mars. It was the first sample of rock powder ever collected and tested on the red planet. Curiosity used a drill on its two-meter long robotic arms to cut into the rock and collect about ten grams of powder. Space agency officials called the drilling, the biggest success for the Curiosity team since the rover landed on Mars in August, 2012.
2. After the drilling was done and the powder collected, the small laboratory on Curiosity began a series of tests. American scientists said the test results led them to believe there was once life on Mars. The rock sample came from an area on Mars called Yellowknife Bay. The area had some of the chemicals required to support life as we know it. They include oxygen, hydrogen, nitrogen and carbon. Scientists believe Mars was once a warmer, wetter environment before turning into a freezing dry desert. Researchers say the Martian bedrock showed evidence of many periods of wet conditions. And they say there are clay minerals in the rock sample. These minerals are evidence of water.
3. The project is expected to last two years and cost $2.5 billion. Curiosity is not designed to look for microbes that may be alive on Mars today or inspect remains of life forms that no longer exist. Curiosity is the first Mars rover, but not the only one. The American space agency says it plans to send another rover, called Opportunity, to the red planet in 2020. Opportunity would be part of NASA’s plan to explore the Martian surface and atmosphere. The agency hopes to send humans to Mars in about 20 years.
Содержанию текста соответствует утверждение …
There were not found any alive microbes or inspected remains of life forms that no longer exist by Curiosity.
Curiosity collected the powder on the red planet and delivered it to the scientists on the Earth for examination.
According to the American space agency people will be sent on the rover Opportunity to Mars to explore its surface and atmosphere.
The chemical constitution of the powder collected on Mars allowed the scientists to assume there was once life on it.

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The History of the Laser
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2. In the 1950s, researchers in the United States and Russia independently developed the technology that made both masers and lasers possible. Charles Townes was a professor at the Massachusetts Institute of Technology in Cambridge, Massachusetts. He and his students developed the first maser. Russians Nicolay Basov and Aleksander Prokhorov did their research in Moscow. Their work led to technology important to lasers and masers. The three men received the Nobel Prize in Physics in 1964.
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Вопрос № 1088094

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Containing the Sun – the challenges facing ITER
1. Pierre-Gilles de Gennes, winner of the Nobel Prize for Physics, famously declared: «We say that we will put the sun into a box. The idea is pretty. The problem is, we don’t know how to make the box». He was talking about nuclear fusion reactors, and the «box» is the casing of the reactor. But what should the box be made of? This is the problem that materials scientists around the world are working on in preparation for the construction of ITER (International Thermonuclear Experimental Reactor).
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A mechanical wave
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