A F m ice Figure 2: Box being pulled across ice. 3. Figure 2 shows a box of mass m = 8 kg getting pulled with a force F

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A F m ice Figure 2: Box being pulled across ice. 3. Figure 2 shows a box of mass m = 8 kg getting pulled with a force F

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A F M Ice Figure 2 Box Being Pulled Across Ice 3 Figure 2 Shows A Box Of Mass M 8 Kg Getting Pulled With A Force F 1
A F M Ice Figure 2 Box Being Pulled Across Ice 3 Figure 2 Shows A Box Of Mass M 8 Kg Getting Pulled With A Force F 1 (11.39 KiB) Viewed 31 times
A F m ice Figure 2: Box being pulled across ice.

3. Figure 2 shows a box of mass m = 8 kg getting pulled with a force F = 2 N across an icy surface on a sunny day. The bottom surface of the box has an area A = 0.7 m², and slides across a melted layer of water d = 0.5 mm thick. (a) What is the maximum speed of the box? Note* Air and water property tables for Munson and Smits are the same. Ans. Umar = 0.8 (b) How would changing the mass of the box effect the max speed? What else would it change?
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