First equation is given $($Attached below$).$ Please answer all parts of the question with work $-$ refusal to answer all parts will be given a thumbs down automvatically.

Determine the units for each term in the equation $-$ Part $2$

What must be the units for each of the additive terms in the equation:

$($a$)u$

$($b$)0\mathrm{.}71$

$($c$)9\mathrm{.}5y$

$($d$)4\mathrm{.}1{10}^3{y}^3$

Find the units required for the "constants."

What are the units for the numerical "constants" in the equation:

$($a$)0\mathrm{.}71$

$($b$)9\mathrm{.}5$

$($c$)$

Is the velocity equation valid for any set of units?

$$

Why?

$$

If we decide to use the correct units and considering the actual flow described by the equation, what else is wrong with the equation$($select all that apply$)?$

$-$ The maximum velocity occurs at $y=0\mathrm{.}1ft$

$-$ Polynomials are not good models for velocity profiles

$-$ The velocity is not zero at $y=0$

$-$ It violates the no$-$slip condition

$-$ The predicted velocities are too large for a water flow

Again all parts must be answered for a thumbs up$)$