SUVAT The Equations of Constant Acceleration

[@JustBaileey]

Aha, very useful indeed. Specifically the particle coming to a stop giving the final velocity=0. This had tripped me up and I’d totally overlooked this part!! Thank you

[@ABash1]

Great work.Several examples gave me better understanding.

[@Yacob.]

Sitting in the living room twitching thinking I’m underneath the sink in the kitchen

[@ray-_-7414]

U wot

[@foundcause9579]

@@ray-_-7414 same lol wtf

[@clipplusOfficial]

W pfp

[@KrenzyHD]

9:20 why did you use t=8 and not t=0?

[@jkim1402]

typo?

[@lashawnbrown3586]

T=0 means initial velocity as the time is zero

[@clipplusOfficial]

@@lashawnbrown3586 yh so shouldn’t you sub in time as 0 instead of 8?

[@sen-ni8ri]

@@clipplusOfficial using t=0 would give you 0 as an answer which would suggest that the particle accelarated from rest which is not specified in the question. i think thats why

[@replaygame234]

At around the 10 minute mark, why didn't you change the T=8 in T=0 when working out the initial velocity?

[@abdullahalmuhee6876]

REPLAY GAME2 when When T=0 the speed and displacement would have been something else that we aren’t aware of

[@FriendlyNeighbourhoodSpidey]

Are we given these equations in the exam or would we need to memorize them?

[@foundcause9579]

Yeah I'm confused by that also

[@ibrahimshafi2064]

T=0 only represents the velocity at the beginning of the movement (initial velocity)

[@ZALI7811]

@@FriendlyNeighbourhoodSpidey they'll be given in the exam and sorry that I'm 2 years late lol 🤝

[@nickgraham6720]

Thanks, SUVAT equations are important

[@medicusv61]

Awesome thank you for this video!

[@juliaparzyjagla448]

This is a life saivier. Thank you!

[@WackoCommander]

Great video very helpful

[@marshallwayne-uf4pq]

What happen to the 160 in 10:02? Why didn't he include it?

[@devvemula8682]

Do you need to remember the equations or is it given to you

[@unlockedaccount]

i think we have to remember them but you can derive them if you know v=u+at and s=1/2(v+u)t

[@eerabs9399]

wait I found sth to help derive them, I searched 'How to Derive suvat Equations Quickly - A Level Physics'on google

[@Ritxli]

A tennis ball is hit horizontally by a tennis racquet 1.2 m above the ground and is given a horizontal velocity of 32.4 ms-1. Calculate. a) The time that the tennis ball is in the air before it hits the ground. Could you please solve this

[@thicdonut2639]

YES KING

[@blossomqueen960]

Thank you helped me learned it

[@-.joudd.-]

Do u need to know these for gcse ?

[@TomW-r1q]

no this is alevel

[@madmontages57]

do we need to be able to derive these equations (as maths edexcel)

[@mathsgenie7808]

You could be asked a derivation question. I would assume if they do you would be guided through it.

[@Paid.Course12free]

In A level physics,You need to be able to derive the formula of equations.

[@Cosmozic]

Exam in 10 minutes and to my future self I’m officially failing my A levels

[@oasistopia]

how did they go in the end?

[@Cosmozic]

@@oasistopia 2/100 and somehow they allowed me to pass because my assignment marks were good. Lucky me I guess

[@emmanueldoorsoyir684]

I love online studies