Question

a body starts from rest & moves
with a uniform acceleration
5 ms square. what is ils velocity aftes
10 s ?
please i want the solution fast​

Answer 1

Given:-

• Initial velocity ,u = 0m/s

• Acceleration ,a = 5m/s²

• Time taken ,t = 10s

To Find:-

• Final Velocity ,v

Solution:-

We have to calculate the Final velocity of the body . So using 1st Equation of Motion

• v = u+at

v is the final velocity

a is the acceleration

u is the initial velocity

t is the time taken

Substitute the value we get

→ v = 0+10×5

→ v = 10×5

→ v = 50m/s

Therefore, the final velocity of the body is 50m/s.

Additional Information !!

Some equation of motion are

• v = u +at

• s = ut +1/2at².

• v² = u² + 2as

Here,

v is the final velocity

u is the initial velocity

a is the acceleration

s is the displacement or Distance

t is the time taken

Answer 2

$\star\underline{\mathtt\orange{⫷❥Q} \mathfrak\blue{u }\mathfrak\blue{E} \mathbb\purple{ S}\mathtt\orange{t} \mathbb?\pink{iOn⫸}}\star\:$

a body starts from rest & moves

with a uniform acceleration

5 ms square. what is ils velocity aftes

10 s ?

${ { \underbrace{ \mathbb{ \red{GiVeN\ }}}}}$

• $Initial \:velocity(u) =0\: m/s$
• $Acceleration (a) = 5m/{s} ^{2}$
• $Time\:taken(t) =10s$

${ { \underbrace{ \mathbb{ \red{To \: PrOvE\ }}}}}$

$Velocity \:after\: 10s$

$\star\underbrace{\mathtt\red{⫷❥A} \mathtt\green{n }\mathtt\blue{ S} \mathtt\purple{W}\mathtt\orange{e} \mathtt\pink{R⫸}}\star\:$

$Fromulas \:of \:motion$

• ${\boxed {\boxed {v=u+at}}}$
• ${v}^{2}={u}^{2}+2as$
• $s=ut+\frac{1}{2} a{t}^{2}$

$v=Final \:velocity$

$u=Initial\:velocity$

$t=time\:taken$

$formula =\\v=u+at$

$now\:substitute \:the \:values$

$v=0+5(10)$

$v=5(10)$

$v=50m/s$

$\therefore the \:the\:final\:velocity \:of \:the\:body\:is{\boxed {\boxed {50m/s}}}$

$\blue{\boxed{\blue{ \bold{\fcolorbox{red}{black}{\green{Hope\:It\:Helps}}}}}}$

${\mathbb{\colorbox {orange} {\boxed{\boxed{\boxed{\boxed{\boxed{\colorbox {lime} {\boxed{\boxed{\boxed{\boxed{\boxed{\colorbox {aqua} {@suraj5069}}}}}}}}}}}}}}}$