The force, F$,$ acts on the bracket within the octant shown. If the magnitude of the x and z components of F are FX $=-300$ N and FZ $=600$ N respectively and $\backslash$beta $=45$ o$,$ determine the following

The magnitude of the force, F$,$ acting on the bracket.

Please calculate this answer in kilo Newtons $($enter the unit $"$kN$"$ with the answer$)$ and report to three significant figures.

The y component of the force, F acting on the bracket.

Please calculate this answer in kilo Newtons $($enter the unit $"$kN$"$ with the answer$)$ and report to three significant figures.

The coordinate direction angle $\backslash$alpha $.$

Please calculate this answer in degrees $($enter the unit "deg" with the answer$)$ and report to three significant figures.

The coordinate direction angle $\backslash$gamma $.$

Please calculate this answer in degrees $($enter the unit "deg" with the answer$)$ and report to three significant figures.