Read the excerpt from A Black Hole Is NOT a Hole by Carolyn Cinami DeCristofano.

However, in day-to-day experience, the strangeness of Einstein's ideas doesn't help us, and Newton's notions do just fine. In everyday life, when gravity isn't especially intense, Newton's and Einstein's ways of thinking lead to similar results. The two explanations work like different languages that express the same thing. Is an apple red (English) or rojo (Spanish)? It's okay to use either description.

So we still use Newton's laws—even scientists do, much of the time. Sure, it's more exact to be Einsteinian and think of gravity as matter's effect on space. But it's all right to take a Newtonian shortcut and imagine gravity as a pull.

The details in the excerpt best support which conclusion?

Sometimes scientific questions are left unanswered.
Some things can have more than one explanation.
Knowing two languages helps to understand science.
Choosing between two different ideas can be difficult.

Respuesta :

Answer:

Why is it important to learn about Newton's view of gravity?

C.

Explanation:

“However, in day-to-day experience, the strangeness of Einstein's ideas doesn't help us, and Newton's notions do just fine. In everyday Life, when gravity isn't especially intense, Newton's and Einstein's ways of thinking lead to similar results. The two explanations work like different languages that express the same thing.”

In this particular excerpt from A Black Hole is NOT a Hole by Carolyn Cinami DeCristofano, the conclusion that is supported best by the details in the excerpt is that knowing two languages helps to understand science.

What is a Black Hole?

In space, a black hole is a region where gravity is so strong that even light cannot escape. Because the substance is compressed into such a small area, the gravity is extremely intense. When a star is dying, this may take place. People cannot perceive black holes because no light can escape from them.

When a star with more than 20 solar masses runs out of nuclear fuel and collapses under its own weight, a stellar-mass black hole is created. The star's outer layers are blown off by a supernova explosion brought on by the collapse.

Hence, the correct answer here is option C.

To learn more about Black Hole here:

https://brainly.com/question/10597324

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