Which is the incorrect formula for a body accelerating uniformly?

a

a = v2 − \(\frac{u^2}{2}\)

b

v2 = u2 + 2as

c

s = ut + \(\frac{1}{2}\) at2

d

v2 − u2= 2as

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Explanation

Correct Option
a

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Discussions (21)

Ruqqayyah1
8 years ago

The four equations of uniformly accelerated motion are:s=(v+u÷2)t
V=u+at
S=ut+half at square
V square=u square +2as
So I think the incorrect equation is option A

monday87
7 years ago

option A is the incorrect formula for a body accelarating uniformly

Thanks for your contributions, the question has been modified.

thedestroy
8 years ago

A is the correct answer

I think your answer is wrng the answer is option A

PabloEmmanuel1
8 years ago

The answer stated by myschool was wrongly placed it should be
s=ut+1/2(at^2)

Aishatolaitan
8 years ago

It should be option A

mathemagic
8 years ago

I think you are wrong. Please do correct this.

myontop
8 years ago

wrong explanation; it should be the correct formula is s = ut + 1/2(at)square

isotopy2188
8 years ago

Option A And C Are Nt Correct

OnanugaIyanu
8 years ago

The correct answer is (a)

OBAWESOME
8 years ago

Option A is not also a correct equation and I doubt it was correctly typed

Khadijah.A.B
8 years ago

because reason is invalid

myontop
8 years ago

In the explanation you wrote the same thing for what it suppose to be :
"s=1/2ut+at" instead of : s= ut + 1/2at^2

favour99
8 years ago

it should be s=u/t+1/2at^2

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