Velocity V is given by $\text{V}=\text{at}+\text{b}x$ where ‘t’ is time, x is distance, Then a, b represent

$\text{v}=\text{at}$

$\text{a}=\frac{\text{v}}{\text{t}}$

$\text{a}=\frac{\left[{\text{M}}^{\text{0}}{\text{L}}^{\text{1}}{\text{T}}^{-\text{1}}\right]}{\text{T}}$

$\text{a}=\left[{\text{M}}^{\text{0}}{\text{L}}^{\text{1}}{\text{T}}^{-\text{2}}\right]$

$\text{a}=\text{acceleration}$

$\text{v}=\text{b}x$

$\text{b}=\frac{\text{v}}{x}$

$\text{b}=\frac{\left[{\text{M}}^{\text{0}}{\text{L}}^{\text{1}}{\text{T}}^{-\text{1}}\right]}{\text{L}}$

$\text{b}=\left[{\text{M}}^{\text{0}}{\text{L}}^{\text{0}}{\text{T}}^{-\text{1}}\right]$

$\text{b}=\text{frequency}$