Please give answer for part D 2. A pendulum bob, m,, of mass 0.300 kg is held at a vertical height of 0.400 m above thebottom of its swing. It is then released and swings down. Just as it passes through its lowestpoint in the swing it hits a block, m, of mass 0.0500 kg. On collision m, transfers 20. 0% ofits total energy to m,. m, then slides for 1.00 m along a flat surface where the coefficient offriction between m, and the surface is 0.100. Determine:d) The max height of m2 on the ramp before it comes to a momentary stop. (Ignorefriction on the ramp)momentary{ stopmess!mass aL0.400m1,00mMx 0,100hit

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2. A pendulum bob, m,, of mass 0.300 kg is held at a vertical height of 0.400 m above the bottom of its swing. It is then released and swings down. Just as it passes through its lowest point in the swing it hits a block, m, of mass 0.0500 kg. On collision m, transfers 20. 0% of its total energy to m2. m, then slides for 1.00 m along a flat surface where the coefficient of friction between m, and the surface is 0.100. Determine: d) The max height of m2 on the ramp before it comes to a momentary stop. (Ignore friction on the ramp) momentary { stop mess! mass a 1,00m- Mx 0,100 hit

2. A pendulum bob, m,, of mass 0.300 kg is held at a vertical height of 0.400 m above the bottom of its swing. It is then released and swings down. Just as it passes through its lowest point in the swing it hits a block, m, of mass 0.0500 kg. On collision m, transfers 20. 0% of its total energy to m2. m, then slides for 1.00 m along a flat surface where the coefficient of friction between m, and the surface is 0.100. Determine: d) The max height of m2 on the ramp before it comes to a momentary stop. (Ignore friction on the ramp) momentary { stop mess! mass a 1,00m- Mx 0,100 hit