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The block started from rest and slides in a frictionless path. Calculate the value of cos⁡(θ) when the system becomes at rest again after the block sticks to the rod. mass of the block, m = 0.06 kg. mass of the rod, M = 0.1 kg. Length of the rod, L = 0.59 m h = 0.23 m NOTE: Final answer in two decimal places. Use pi = 3.14. NO UNITS needed.

The block started from rest and slides in a frictionless path. Calculate the value of cos⁡(θ) when the system becomes at rest again after the block sticks to the rod. mass of the block, m = 0.06 kg. mass of the rod, M = 0.1 kg. Length of the rod, L = 0.59 m h = 0.23 m NOTE: Final answer in two decimal places. Use pi = 3.14. NO UNITS needed.

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The block started from rest and slides in a frictionless path. Calculate the value of cos ⁡ ( θ ) when the system becomes at rest again after the block sticks to the rod. mass of the block, m = 0.06 k g . mass of the rod, M = 0.1 k g . Length of the rod, L = 0.59 m
h = 0.23 m
NOTE: Final answer in two decimal places. Use p i = 3.14 . NO UNITS needed.

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