At the back of a truck, there is a rolled sheet metal which is initially at rest as shown in the figure. This truck moves with constant acceleration of (4+1) m/s?. Before the rolled metal drops off from the horizontal bed (L=45 m.), please find the distance x that the truck can go forward. There will be no slipping condition at the back of the truck.
At the back of a truck, there is a rolled sheet metal which is initially at rest as shown in the figure. This truck moves with constant acceleration of (4+1) m/s?. Before the rolled metal drops off from the horizontal bed (L=45 m.), please find the distance x that the truck can go forward. There will be no slipping condition at the back of the truck.
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At the back of a truck, there is a rolled sheet metal which is initially at rest as shown in the figure. This truck moves with constant acceleration of (4+1) m/s2. Before the rolled metal drops off from the horizontal bed (L=45 m.), please find the distance x that the truck can go forward. There will be no slipping condition at the back of the truck.
Transcribed Image Text:4-
At the back of a truck, there is a rolled sheet metal which is initially at rest as
shown in the figure. This truck moves with constant acceleration of (4+1) m/s?.
Before the rolled metal drops off from the horizontal bed (L=45 m.), please find the
distance x that the truck can go forward. There will be no slipping condition at the
back of the truck.
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