Question

plz solve this question :-(
I'll mark u as brainliest ^_^​

Answer 1

$\large{V_{initial}=1.2 m/s}$

$\large{a = 6{\hat{j}}}$

$\large{\omega=0.4m/{s}^{2}}$

$\large{CO_3^{-2}}$

$\large{\bold{\orange{ Answer}}}$

$\large\times\frac{1}{3}$

$\large\int\limits^1_2(F=2-3x)$

$\large{CO_3^{-2}}$

$\large{v=\hat{i}+\hat{k}}$

$\large\boxed{\tt v =\large[\frac{1}{2}\large]4×56}$

Answer 2

Answer:

initial

=1.2m/s

\large{a = 6{\hat{j}}}a=6

j

^

\large{\omega=0.4m/{s}^{2}}ω=0.4m/s

2

\large{CO_3^{-2}}CO

3

−2

\large{\bold{\orange{ Answer}}}Answer

\large\times\frac{1}{3}×

3

1

\large\int\limits^1_2(F=2-3x)

2

∫

1

(F=2−3x)

\large{CO_3^{-2}}CO

3

−2

\large{v=\hat{i}+\hat{k}}v=

i

^

+

k

^

\large\boxed{\tt v =\large[\frac{1}{2}\large]4×56}

v=[

2

1

]4×56