Problem: A frame has the loading shown with $P=205kN.$

Time le

vertical and horizontal perpendicular distances.

In completing this problem all parts must be answered to be awarded full marks here. Please enter a zero value if you are unsure as how to answer a question

a$)$ Calculate the vertical reaction force at support $B,$ considering an upwards force to be positive. Provide your answer in $kN$ to at least $3$ decimal place accuracy. $[1$ mark$]$

By $kN$

b$)$ Calculate the vertical reaction at support A$.$ considering an upwards force to be positive. Provide your answer in $kN$ to at least $3$ decimal place accuracy. $[1$ mark$]$

$Ay[kN]=$

$Bx[kN]=1$

d$)$ Calculate the horizontal pin force at the pin at $C.$ Consider a force to the left as being positive. Provide your answer in $kN$ to at least $3$ decimal place accuracy. $[1$ mark$]$

$C[kN]=$

e$)$ What is the magnitude $($value as a positive number$)$ of the maximum moment in member $AC?$ Provide your answer in $kNm$ to at least $3$ decimal place accuracy. $[1$ mark$]$

$M_{\text{m}\text{a}\text{x}}[kNm]=$