The truss structure shown below is supported by a pin at A and a rocker at $G.$

It is subjected to the following loads:

$P_1=308kN$

$P_2=254kN$

$P_3=196kN$

It has the geometry $w=2\mathrm{.}9m$ and $h=5\mathrm{.}1m.$

Determine the reaction forces at pin support A and rocker support $G$

ii$.$ Determine the force in the following members and express whether they are in tension or compression: $AB,AL,BL,DE,DJ,EJ,IJ,KL.$

PLEASE LOOK AT SIMILAR QUESTIONS AND ANSWER THE QUESTIONS THERE PART A$-$J PLEASE. I WILL UPVOTEEE!! Part A$-$Part A

Determine the reaction forces at pin support $A.$

Enter the components of the reaction force separated by commas. Use positive values to represent forces oriented up or to the right and negative values to represent forces oriented down or to the left. Express your answer in units of $/$

reaction support exists, input $0.$

$A_z,A_y=$

$kN$

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Part B $-$ Part B

Determine the reaction forces at rocker support $G.$

reaction support exists, input $0.$

$G_x,G_y=$

$kN$ Part C$-$Part C

Determine the force in member $AB$ and express whether it is in tension or compression.

Input the force in the member and your answer in units of $kN$ to three significant figures. Use positive values for members in tension and negative values for members in compression.

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Part D $-$ Part D

Determine the force in member $AL$ and express whether it is in tension or compressior.

Input the force in the member and your answer in units of $kN$ to three significant figures. Use positive values for members in tension and negative values for members in compression.

Part E $-$ Part E

Determine the force in member $BL$ and express whether it is in tension or comoression. Part E$-$Part E

Determine the force in member $BL$ and express whether it is in tension or compression.

Input the force in the member and your answer in units of $kN$ to three significant figures. Use positive values for members in tension and negative values for members in compression.

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Part F$-$Part F

Determine the force in member $DE$ and express whether it is in tension or compression.

Input the force in the member and your answer in units of $kN$ to three significant hat$(f).$gures. Use positive values for members in tension and negative values for members in compression.

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Part G $-$ Part G

Determine the force in member $DJ$ and express whether it is in tension or compression.

Input the force in the member and your answer in units of $kN$ to three significant figures. Use positive values for members in tension and negative values for members in compression.Part $H-$ Part $H$

Determine the force in member $EJ$ and express whether it is in tension or compression.

Input the force in the member and your answer in units of $kN$ to three significant figures. Use positive values for members in tension and negative values for members in compression.

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Part I$-$Part I

Determine the force in member $IJ$ and express whether it is in tension or compression

Input the force in the member and your answer in units of $kN$ to three significant figures. Use positive values for members in tension and negative values for members in compression.

Part J$-$Part J

Determine the force in member $KL$ and express whether it is in tension or compression.