How can I improve my technique to avoid silly errors in my A Level exams?

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In summary, the speakers are discussing their struggles with making silly mistakes on their A level exams. They suggest practicing more and double-checking their work to improve their technique and reduce errors. One speaker also mentions repeating the problem multiple times to ensure accuracy.
  • #1
trollcast
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Just wondering what anyone thinks is a good way to try and stop the silly mistakes I keep making that could become a major hinderance next year for my a levels. (Some A Levels have silly grade boundaries and the top boundary can be ~95%, which for a paper out of a total of 75 marks isn't a lot.)

Its not that I don't understand the material, I normally can do the hardest exercises without a problem, its just stupid errors that usually pull me down.

Just a case of doing more practice with some of the easier questions to get my technique down for the different types of questions?

Thanks
AL
 
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  • #2
Yep, I have the same problem, especially when it comes to combinatorics.

What I tend to do (though this comes naturally to me for some reason) is to effectively double-check each step that I have the slightest lack of confidence about right after I do it, basically redoing it.
 
  • #3
I just scan over the problems after I answer them all, to make sure there are no obvious errors.
 
  • #4
Yes, check the entire answer until you're sure that it makes sense and you haven't made any obvious errors. Then it should be correct.
 
  • #5
I have the same problem. I find if I just double-check it I tend to miss the error unless it is an obvious one. However if I have time (for example in coursework not exams) I repeat the problem a couple of times, an hour or so apart. The 3rd one is usually trustworthy.
 

1. What are some common examples of silly errors in science?

Some common examples of silly errors in science include calculation mistakes, measurement errors, improper use of equipment or materials, and transcription errors.

2. How can we prevent silly errors in our scientific experiments?

To prevent silly errors in scientific experiments, it is important to double check all calculations, measurements, and procedures. Following proper protocols and using reliable equipment can also help minimize errors.

3. What are the consequences of making silly errors in scientific research?

The consequences of making silly errors in scientific research can range from minor setbacks and delays to major inaccuracies in data and findings. This can ultimately impact the validity and credibility of the research.

4. How can we identify and correct silly errors in our scientific data?

To identify and correct silly errors in scientific data, it is important to thoroughly review and analyze the data, as well as collaborate with other researchers and experts. Using statistical analysis and replicating experiments can also help identify any errors.

5. What steps can be taken to improve accuracy and minimize silly errors in scientific experiments?

To improve accuracy and minimize silly errors in scientific experiments, it is important to follow proper protocols, use reliable equipment, and pay close attention to detail. Additionally, regular training and review of procedures can help improve accuracy and reduce the likelihood of errors.

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