Physics, asked by ironmankoa14, 11 months ago

Only a genius can answer this

The initial velocity of a particle is given by u (at t=0) and the acceleration by f , where f=at(where t is time and a is constant). Which of the following relations is valid (a)v=u+at^2
(b)v=u+(at^2)/2
(c)v=u+at
(d)v=u


ironmankoa14: Explain
varaddaithankar: V=u+at a=ft therefore v=u+at^2
ironmankoa14: It is wrong ai s not correct
ironmankoa14: A is incorrect
varaddaithankar: B we need to integrate
ironmankoa14: That is the correct answer
varaddaithankar: Good question man
varaddaithankar: simple but tricky
varaddaithankar: Can u give some more similar hard problems tricky ones

Answers

Answered by Anonymous
4

\huge{\mathfrak{HEYA\:MATE\:!!}}

Please refer to the attachment.

option B .

\mathscr{\large{Hope\:helps\:}}!! \\ \\  {GRACIAS!!}

\huge{\red{\ddot{\smile}}}

Attachments:

ironmankoa14: Correct
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