For the beam shown below, the distributed load value is $w=66k\frac{N}{m},$ the concentrated force is $F=20kN,$ and the moment at point $C$ is $M=180kN.m.$ The answers are all sign sensitive$.$ Determine the reactions :

Determine the shear and moment equations in terms of $x$ for portion $AB$ of the beam

$$ V$1$

V$2$

$=$ One possible correct answer $kN=$ One possible correct is: $234$ answer is: $-294$

$kN$

V$3$

$=$ One possible correct answer $kN{x}^{\text{'}\text{'}}=$

$x$ is: $20$ One possible correct answer is: $3\mathrm{.}5455$

M$1x$

$=$ One possible correct answer kN$.$m M$2$ is: $414\mathrm{.}818$ One possible correct $kN.m$ answer is: $-240$

$m$

$?$

$?$

is: $414\mathrm{.}818$

$=$ One possible correct answer $kN.m$

$x^{**}$ One possible co $m$ is: $-180$ answer is: $7\mathrm{.}0909$