For the beam and loading shown calculate the internal shear force $V$ between points $D$ and $C,$ and the internal bending moment $M$ at point $D.$ Point $A$ is pinned, and point $B$ is on rollers. Force $P$ acts at point $C.$ Distributed loaded $Q$ acts between points $D$ and $B.$

$P=245kN$

$Q=155k\frac{N}{m}$

Calculate $R_A,$ the reaction at point $A$ in kN $.($Type in an integer.$)$

Calculate $R_B,$ the reaction at point $B$ in kN $.($Type in an integer$)$

Calculate the absolute value of the shear force Vbetween points C and D in kN$.($Type in a one$-$decimal number.$)$

Calculate the absolute value of the moment $M$ in $kN-m$ at point $D.($Type in an integer.$)$

$R_A=,kN$

$R_B=,kN$

$V=,kN$

$M=1,kN-m$