Scientists and engineers are studying ways to make artificial muscles out of carbon nanotubes. these muscles are lightweight and can handle very high temperatures. they could be used in robots, but not in humans. what is the most likely way these muscles could lead to additional scientific progress? they could biologists understand how human muscles work. they could allow engineers to build robots that could make cars faster. they could allow scientists to explore remote places, like other planets, in new ways. they could chemists understand how to make new biomaterials for artificial human muscles.

The correct answer would be "They could allow scientists to explore remote places, like other planets, in new ways".

As the artificial muscles are lightweight and can withstand high temperatures they can be used efficiently in exploring remote places, stars, or planets where humans can not survive.

For example, they can be used to explore the inner or outer core region of the earth which would help us more in understanding the earth.

Similarly, robots with these types of muscles can be used to obtain samples from other planets which have a very high temperature such as mercury.

the mass of the cathode increases because ions from the solution get reduced to atoms and become part of the cathode.

explanation:

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answer: they produce more slow than unicellular organisms.