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CSEC Physics June 2021 Paper 1 Workout

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This video shows the answers to the June 2021 CSEC physics paper 1 (Multiple Choice paper) questions. Persons who are familiar with other past papers will notice a number of repeat items. Remember though, try to understand the principles behind solving the questions rather than memorising the answers.
All the best in your exams.

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27 авг 2024

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Комментарии : 33

@jayban7 Год назад

Greetings from Guyana. Thanks a ton for your videos which helped me to obtain a grade 1 in Physics.

@menelik1jm Год назад

That's great... happy for you.

@dhalladeen2992 2 года назад

Thank you so much. I especially loved the fact checks, as they allowed me to further cement my reasoning/knowledge. God bless.

@menelik1jm 2 года назад

You're welcome

@oLiViA-gb4jb 2 года назад

I did my exams today and honestly this was sooo helpful, Thanks alot❤️

@menelik1jm 2 года назад

Happy for you.

@Arinini 2 года назад

this was very helpful, tysm!!

@menelik1jm 2 года назад

You're welcome.

@skaiyler3239 8 месяцев назад

Thanks so much, I wished you guys would've done more cause its really helpful

@thirontv2143 Год назад

no.6 is wrong btw it is (D) density would be changed by a force acting on a body

@oppositedaylogicallydoesnt8226 5 месяцев назад

No because density is not hindered by the changing in shape of an object or external forces applying to it

@camille463 3 месяца назад

i am confused by this because alot of persons doing this same question on youtube says its D even my teacher. but they have it here as only shape and motion affected.

@maximacademy8611 Год назад

For number 6 in the case of a rubber band or rubber ball, if you change the shape of it by compressing or stretching it, the volume would change. The mass however remains the same. Since density is mass/volume, wouldn't the density of the object change as well?

@menelik1jm Год назад

Yes, that would be logical.

@carbz886 Год назад

@@menelik1jm so the answer is D?

@channah8371 2 месяца назад

Isn't #4 D though? Cause X and Y are acting on the left side of the diagram hence they are negatively charged so if you add B which says X + Y to the let not only will our adding a positive charge to the negative side but that will not allow the object to be stationary.

@menelik1jm 2 месяца назад

You're looking at which side of the object the forces are rather than the direction in which they are acting. The forces X and Y are acting to the right, hence the balancing force must be acting to the left.