Block A has mass MA-11 kg Block B has mass MB-4 kg Block A is on a frictionless horizontal surface. The blocks are released from rest A 18 B Blocks A and B are connected by a strong light string which passes over an ideal pulley. Block A is on a horizontal surface. * Calculate the tension force in the string after release as shown in class. Draw force diagrams for each obiect in the space below as shown in class.
Block A has mass MA-11 kg Block B has mass MB-4 kg Block A is on a frictionless horizontal surface. The blocks are released from rest A 18 B Blocks A and B are connected by a strong light string which passes over an ideal pulley. Block A is on a horizontal surface. * Calculate the tension force in the string after release as shown in class. Draw force diagrams for each obiect in the space below as shown in class.
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Transcribed Image Text:Block A has mass MA-11 kg
Block B has mass MB- 4 kg
Block A is on a frictionless horizontal
surface.
The blocks are released from rest.
A
18
B
Blocks A and B are connected by a strong
light string which passes over an ideal
pulley. Block A is on a horizontal surface.
. Calculate the tension force in the string after release as shown in class.
*Draw force diagrams for each object in the space below as shown in class.
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