CSEC Physics May/June 2020 Past Paper 1

[@rondelrutherford9496]

cxc may june 2024 peoples tap in

[@WhomToTrust]

lol wsg pookie

[@julynelalchan]

We're gonna cook w gas 🔥

[@levilopez6834]

Rn I on a bus , might be late to my exam 😭

[@miyshalopez8586]

@@levilopez6834 omg hope you make it in time

[@sword6977]

​@@julynelalchan I getting cook w gas you mean

[@kris4964]

Hope phys bring plenty repeats like bio today

[@brandigofreza3838]

yes lets manifest they repeat mostly 2020

[@aries_9t733]

lol truuh

[@deannasamuels3976]

Right like every single question repeated

[@midorieyy]

bro same like yesterday 😭

[@itsjustaaron8621]

every year is de same mun

[@caniqueedwards7286]

Thank u miss lets see if this will help me tomo just like bio did

[@janelsamuels8411]

Saying i hope too

[@kiarakhensani1759]

I wish or wtv masicka said😂

[@thinkhealthtv]

you are welcome

[@alexwilliams9175]

Physics tmr

[@crystalkhan7567]

😭 physics better bring repeats this year

[@leonniamullings4578]

Hopefully half of the paper will be filled with them🥴

[@jaswanseenarine4412]

Did it bring repeats?

[@3triplemmx]

@@jaswanseenarine4412 lol

[@rochanabilly2551]

@@jaswanseenarine4412 lmao me wanting to know the same for tmr🤣

[@jaswanseenarine4412]

@@rochanabilly2551 ykr 💀

[@shaniaedwards3892]

I appreciate the effort in this video but could you please explain your answers for future videos please that would be so much better.

[@kingmarvel3589]

Good luck guys

[@shaniquejohnson7761]

You too and thank you

[@archimedeis]

Thank you. This is just what I needed.

[@mrcoconut5077]

Realizing although they repeat questions some how they always have something new to put on the paper. Really hope that most of the questions are repeated.

[@ashleycyrx7555]

Samee

[@TheRealJshawn12th2005]

@@ashleycyrx7555 no cap

[@priscillagrant4678]

Sameee

[@kashigotcash]

Facts

[@TheRealJshawn12th2005]

well how was it yall?

[@kingmarvel3589]

I have add math today so am trying to get some comfort from physic

[@lonicasimon6754]

So nobody notice that she actually did not do question 44

[@medzwithbritts4509]

Why u so the paper if you cant read the question.....you only confuse mi now and I have physic tomorrow

[@tae5767]

Is 49 not A? I've seen the answer for this question be 'A' in multiple different physics past papers.

[@Joshuaa_R]

Since the ratio is 1:3, I've seen that they multiply the voltage by 3 to get 600. And use the formula I =V/R (600/200). Hence getting 3.0A

[@thinkhealthtv]

No, the correct answer is D based on the calculations.

[@alexwilliams9175]

Thanks

[@thinkhealthtv]

Welcome

[@strrwbberi]

watch me cook 😂🔥🙏🏿

[@snoopq.5687]

For number 4 why when he comes from the moon his weight changes from 70 kg to 400 newtons?

[@bunniipixiie]

because weight and mass are different. his MASS was 70kg but his WEIGHT is 700N. weight is calculated by mass x gravity (earth’s gravity is always 10 m/s^2 during these calculations unless stated otherwise), so 70kg x 10 m/s^2 = 700N

[@aprilramsahai4925]

Thank u miss this was helpful

[@ciaramills9224]

So physics a the only subject that don't bring repeats 💔😢

[@commonsense5067]

dadey da kill me nf

[@CJ2ChiLLfr]

It does bring repeats, wdym.

[@CJ2ChiLLfr]

@@3triplemmx it does bring repeats

[@judahlashley9277]

can someone send a link to the actual paper pls??

[@cookingwithjenja]

Thank you

[@thinkhealthtv]

You're welcome

[@tamiahransome5785]

Miss you skipped #44

[@gingerileyremyseales]

44) B

[@tamiahransome5785]

@@gingerileyremyseales Thankss❤

[@jaleelwilliams9209]

I'm so cooked

[@craftyvfx]

lmao

[@star.struck2439]

For #12, the answer seems to be c. I believe the height is constant and the experiment is dependent on the weight of the ball hence the mass is not negligible.

[@gingerileyremyseales]

T^2=4× PI^2 × l/g......no mass in this equation.....remember the finding the acceleration due to gravity experiment, with the simple pendulum.....

[@kingmarvel3589]

It not exactly the pendulum lab but the finding of Galileo Galilei when he proved that no matter the mass of on object falling at acceleration due to gravity the time they hit the ground will be the same if they were released at the same height at the same time .....hence mass has nth to do with it....plz research it of am wrong....

[@tatzee9742]

@@kingmarvel3589 exactly bruh I had c

[@celinesankar2023]

miss you left out #44

[@queengacha5892]

the answer is b

[@queengacha5892]

the answer for 44 is b

[@NathanWebb-w1o]

Thanks, I was praying that someone else realized that she skipped it on accident😂

[@keilzbarb6519]

Miss can you please share this paper with me?

[@andrenenedrick8540]

yes miss

[@thinkhealthtv]

So Glad I am helping you with this subject

[@andrenenedrick8540]

@@thinkhealthtv how can we get the paper Miss?

[@fariahafiz7393]

Shouldn’t 27 be A?

[@zodyroberts2909]

i think so

[@shadewilliams3663]

That would be the answer if the 20 was in seconds or milliseconds. Remember the formula for frequency is f=1/T, where T is the period measured in seconds. However, the 20 was in cm which is not time/period so therefore it is unknown. Hope this helps👍

[@fariahafiz7393]

@@shadewilliams3663 yes, thank you.

[@justintheboss4526]

18 isn't b ?

[@gingerileyremyseales]

....Pressure is directly proportional to the temperature with mass and volume are constant.

[@layandreakoto1140]

wraps

[@dantehart5630]

ah chop

[@u6rayonramoutarsingh575]

miss recheck 47 its A not D, Great Video !!!

[@akibaxv5638]

I googled that question and it is D please delete this comment so it doesnt cause others to think ur answer is correct.

[@evanbhairo160]

no baii, is D

[@aprilramsahai4925]

Hi miss u missed 44

[@barley2838]

44) B

[@kellybrownnelson2947]

Can 26 be D??

[@shadewilliams3663]

I don't think so, because the definition of wavelength is that it is the distance between 2 successive crests or 2 successive troughs.

[@shernicejoseph5492]

@@shadewilliams3663 excellent