You work for a moving company are forced to pull two crates along the floor as shown in the figure below. The two crates are connected by a very light rope (it's mass is much smaller than that of either block). You want to get done as soon as possible and pull as hard as you possibly can and manage to maintain a pulling force of F=600.0 N. As a result the crates are moving with an unknown constant acceleration a. Their masses 50.0 kg and m = 20.0 kg, and the coefficient of kinetic friction between each crate and the floor is are mi H =0.300. g=9.81 m/s m2 F
You work for a moving company are forced to pull two crates along the floor as shown in the figure below. The two crates are connected by a very light rope (it's mass is much smaller than that of either block). You want to get done as soon as possible and pull as hard as you possibly can and manage to maintain a pulling force of F=600.0 N. As a result the crates are moving with an unknown constant acceleration a. Their masses 50.0 kg and m = 20.0 kg, and the coefficient of kinetic friction between each crate and the floor is are mi H =0.300. g=9.81 m/s m2 F
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Transcribed Image Text:You work for a moving company are forced to pull two crates along the floor as shown in the figure below.
The two crates are connected by a very light rope (it's mass is much smaller than that of either block).
You want to get done as soon as possible and pull as hard as you possibly can and manage to maintain a pulling
force of F=600.0 N. As a result the crates are moving with an unknown constant acceleration a. Their masses
50.0 kg and m = 20.0 kg, and the coefficient of kinetic friction between each crate and the floor is
are mi
H =0.300. g=9.81 m/s
m2
F
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