Application of calculus to kinematics / acceleration,velocity, displacement

[@Sperklina27]

I have calculus exams...andbu r helping me

[@mosesthomas4752]

Very easy to understand

[@KevinOchola]

Glad to hear that🤝

[@lovesonmukombiwa9979]

Good staff sir thank you

[@KevinOchola]

Welcome

[@CYNTHIA-o5q]

how do you differentiate if a question on integration or differentiation🤔🤔🤔🤔

[@KevinOchola]

Given displacement (s), we obtained velocity (v) by differentiating (s) and obtain acceleration (a) by differentiating (v). The reverse process is integration. I.e., we obtain velocity (v) by integrating acceleration (a), and obtain displacement (s) by integrating (v). Please let me know if this response helped 🙏

[@CYNTHIA-o5q]

thank you so much

[@CYNTHIA-o5q]

i understand better

[@KevinOchola]

I appreciate 🙏

[@KevinOchola]

Anytime 🙏

[@clairemwaura7819]

In part (b) why did you use 1and 2 and not 0 and 2 ... 😢

[@KevinOchola]

During the 2nd second means from 1 to 2. Not that ( 0 to 1) represents the 1st, (1 to 2) the 2nd, (3 to 4) the third, and so on. Please let me know if this response helped 🙏

[@clairemwaura7819]

@KevinOchola Thank you very much 👍 You've really helped

[@KevinOchola]

Anytime 🙏

[@RomanGada]

Appreciate!

[@KevinOchola]

Any time

[@elijahmorgan3498]

sorry sir how did you integrate 24t

[@KevinOchola]

Hi! Increase the power of t by one and divide by the power. I.e. [24t^(1+1)]/(1+1) please let me know if this helped.
Thanks 🙏

[@sheinaz07]

Thank you

[@KevinOchola]

Anytime 🙏

[@MDAviaton]

Thank you sir

[@KevinOchola]

Anytime 🙏