Question

Answer please!!!
No irrelevant answers
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Answer 1

Explanation:

people can expect an average drop of about 10 degrees F (about 5 degrees C) during a solar eclipse. The normal temperature at the surface of the Sun is about 10,000 Fahrenheit (5,600 Celsius). The temperature rises from the surface of the Sun inward towards the very hot center of the Sun where it reaches about 27,000,000 Fahrenheit (15,000,000 Celsius). At this rate the professor's logic maybe wrong.

As strange as it may sound, it’s much more difficult to reach the sun than it is to leave the solar system altogether.

The reason has to do with orbital mechanics, the study of how natural forces influence the motions of rockets, satellites, and other space-bound technology. Falling into the sun might seem effortless since the star’s gravity is always tugging at everything in the solar system, including Earth. But Earth—along with all the other planets and their moons—is also orbiting the sun at great speed, which prevents it from succumbing to the sun’s pull making it difficult to land on the sun's surface. For a spacecraft to launch toward the sun, on the other hand, it must accelerate to nearly match the Earth’s velocity—in the opposite direction. With the planet’s motion essentially canceled out, the spacecraft can surrender to the sun’s gravity and begin to fall toward it. But this is almost impossible with current rocket technology, so spacecraft have to get some help, in the form of slingshot maneuvers off other planets, called gravity assists.

Still, scientist comment that it would be impossible to land on the sun with the current innovation and technology and it might be successful in the future.

Hope it helped.