Determine the acceleration of block A down the slope in the figure where 31 is the...

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Determine the acceleration of block A down the slope in the figure where 31 is the mass of the block in kg and 0.15 is the coefficient of friction. Provide your answer in m/s² and round to the nearest two decimal places. x kg A 12 μ = y A car is traveling at a constant speed of 5 m/s. If the snow is falling at 1.3 m/s with an angle of 12 degrees to the vertical line toward the windshield, determine the velocity of the snow as seen by the driver. Provide your answer in m/s. Round to the nearest two decimal places. A 146 kg cart is accelerated horizontally by a 276-N force pulling at an angle of 16 degrees above horizontal. Neglecting rolling resistance, determine the acceleration of the cart in m/s². Round to the nearest one decimal place. Determine the acceleration of block A down the slope in the figure where 31 is the mass of the block in kg and 0.15 is the coefficient of friction. Provide your answer in m/s² and round to the nearest two decimal places. x kg A 12 μ = y A car is traveling at a constant speed of 5 m/s. If the snow is falling at 1.3 m/s with an angle of 12 degrees to the vertical line toward the windshield, determine the velocity of the snow as seen by the driver. Provide your answer in m/s. Round to the nearest two decimal places. A 146 kg cart is accelerated horizontally by a 276-N force pulling at an angle of 16 degrees above horizontal. Neglecting rolling resistance, determine the acceleration of the cart in m/s². Round to the nearest one decimal place.