Comprehensive reading of science material

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Effective reading and studying strategies are essential for retaining information from handouts and class materials. To enhance recall, it's important to read for understanding rather than just scanning for information. Taking notes during reading sessions and connecting new information with existing knowledge helps create a comprehensive web of understanding. Explaining the material in one's own words and applying concepts to different scenarios can further solidify comprehension. While some memorization is necessary, it should be coupled with a solid understanding of the material. Regular review sessions, such as weekly summaries, can reinforce learning and strengthen connections between facts and theories. Engaging with teachers for clarification on difficult topics also proves beneficial in the learning process.
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This isn't a specific problem. I have some handouts to read for a class I am taking, but I have trouble recalling a lot of details from them. I read a handout twice, and reviewed it before I went to class, but I had a lot of trouble on a pop quiz. How should I read so it sticks in my mind?
 
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This is how I usually read when it comes to scientific material. I will take notes during the reading session, and write down anything that seems interesting or could be explained a bit more deeply. Now when I mean more deeply I mean, trying to find a connection with the other notes that I took and anything else that I know about the subject or course. This way I tend to develop a web of information that just connects all together.
 
I find it helps a lot to read for understanding. Scanning and regurgitating (which unfortuantely comprises far too much of post-seondary education) accomplishes very little.

When studying, make sure that you can explain the subject matter in your own words and apply it to scenarios outside of the specific examples covered in class. You may also want to read additional references that can offer different perspectives on the subject.

Of course there are some things you just have to memorize (at least at first). With these, you need to be able to write them out before you can be certain they'll stick in your head. And you need to write them out on a consistent basis if you want them to stick in your long-term memory.
 
Choppy said:
Of course there are some things you just have to memorize (at least at first). With these, you need to be able to write them out before you can be certain they'll stick in your head. And you need to write them out on a consistent basis if you want them to stick in your long-term memory.

That is a good comment. I forgot to say that I will be testing out a new study habit this year, where every Friday or end of the week I will just go over everything I have learned so far. I might also write down very short and quick notes, which would allow me to refine my notes and help me further strengthen the connections I make between facts/theories.

To OP:
By the way, to be able to memorize something fully and almost perfectly, you need to understand the material first. This is especially true in University/College where test/quiz questions will be more oriented in seeing if you understood the material well enough to at least begin to or even answer the questions completely. Without understanding the material, you will not be able to do this.

The reason I say this, is that I have seen many students in some of my classes who generally just memorize their notes and when it comes to tests they are 50% of the time lost.
 
thanks for the tips. i read the hand out, made notes of things i didn't understand and had the teacher explain the parts i didn't understand. that helped a lot.

i might try reviewing everything on Friday, too. that sounds like a good way to use that day.
 
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Yesterday, 9/5/2025, when I was surfing, I found an article The Schwarzschild solution contains three problems, which can be easily solved - Journal of King Saud University - Science ABUNDANCE ESTIMATION IN AN ARID ENVIRONMENT https://jksus.org/the-schwarzschild-solution-contains-three-problems-which-can-be-easily-solved/ that has the derivation of a line element as a corrected version of the Schwarzschild solution to Einstein’s field equation. This article's date received is 2022-11-15...
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