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

Most of the time gravity seems to work the way Newton described it. Newton's rules explain a lot, from falling apples to most planets' orbits. But his laws don't work perfectly. In high-gravity zones, Newton's ideas don't jibe with what scientists observe. For example, Mercury's orbit—up close to the Sun—has a blip in it that Newton's laws can't explain.

Glitches like this one were the reason Einstein worked so hard at coming up with a new explanation. He wanted to account for everything. His ideas about curving space may sound bizarre, but they work! They took care of the gaps in Newton's theory and explained Mercury's orbit. They led scientists to predict shifting starlight and black holes. All of this is powerful evidence that Einstein was on to something.

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.

Which detail should be left out of a summary of the excerpt?

Newton’s rules explain a lot, but they do not work in high-gravity zones.
Einstein’s ideas about curving space help explain gaps in Newton’s laws.
Both Newton’s and Einstein’s ideas can work in different circumstances.
Newton’s and Einstein’s ideas are like the word “red” in English or Spanish.

D. Newton’s and Einstein’s ideas are like the word “red” in English or Spanish.

Explanation:

When writting a summary for any text, one should be able to distinguish main ideas from less important parts and to include only those essential information.

Now, this article deals with two theories that explain gravity and the circumstances under which each of them works or doesn't work.

So, those are pieces of information that definitely need to find their place in the summary and we see that those claims are stated in answers A. B. and C.

Finally, answer D. is only an example of the way Newton's and Einstein's theory can be compared. It helps readers to better understand the text, but it's not an essential part of the text itself.

halloween: it’s my favorite holiday

halloween is one of the best holidays for some people but it can also be scary for others. halloween is a holiday where some people believe spirits and soul of the dead that haven’t moved on will come back again to haunt the lives of the living. this is why many people dress up in costumes to disguise themselves as someone else. some people like us wish to be something that we would benefit in life from. like angels of god. some dress up just to be unique from the others. many families stay home and watch scary movies and others dress in their tremendous costumes and knock on each door to either get a trick or a treat.

personally everybody loves halloween because i could be someone else one day out of the year. it’s fun and entertaining, especially for kids. halloween also has a lot of history. many myths and beliefs say that witches and warlocks are alive and living among us. is this a trick or a truthful treat?

halloween may have secrets and scary things behind the door but we love halloween and it is beautiful to see how happy children are when each door opens full of treats and goodies. it makes everyone happy. happy halloween day.

happy to .

pls mark as brainliest.

sorry, i just really need points. and to this question, maybe i know the answer. but i have no time now. d