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Required Information

A gear reduction unit uses the countershaft shown in the figure. Gear A recelves power from another gear

with the transmitted force $F_A$ applied at the $20$ pressure angle as shown. The power is transmitted

through the shaft and dellvered through gear $B$ through a transmitted force $F_B$ at the pressure angle

shown. Glven: $F_A=180\mathrm{.}0kN$ and $d_A=600mm.$

Find the bearing reaction forces, assuming the bearings act as simple supports.

The magnitude of the bearing reaction force $R_{cz}$ is

kN $.$

The magnitude of the bearing reaction force $R_{oz}$ is

kN $.($Round the final answer to three decimal places.$)$

The magnitude of the bearing reaction force $R_{cy}$ is

kN $.$

The magnitude of the bearing reaction force $R_{oy}$ is

kN $.$

Required Information

A gear reduction unit uses the countershaft shown in the figure. Gear A recelves power from another gear with the transmitted force $F_A$ applied at the $20$ pressure angle as shown. The power is transmitted through the shaft and dellvered through gear $B$ through a transmitted force $F_B$ at the pressure angle shown. Glven: $F_A=180\mathrm{.}0kN$ and $d_A=600mm.$

$y$

Determine the force acting on gear $B.$ Assume the shaft is running at a constant speed.

The force acting on gear $B$ is

kN $.$