Q in picture A block of mass m on frictionless ground is pushed against a spring of spring constant k, and thespring is compressed by a length of As. After it is released, it passes over a small patch offrictional surface with length d and coefficient of kinetic friction Hx. The block then slides up acurved ramp. What is the height h that the block is able to reach, after having emerged from thesmall patch on the other side?khmHow many times can the block pass this patch before it finally stops on the patch?

Friction is a resistive force that opposes the motion. The frictional force is proportional to the…

A block of mass m on frictionless ground is pushed against a spring of spring constant k, and the spring is compressed by a length of As. After it is released, it passes over a small patch of frictional surface with length d and coefficient of kinetic friction Hg. The block then slides up a curved ramp. What is the height h that the block is able to reach, after having emerged from the small patch on the other side? h m How many times can the block pass this patch before it finally stops on the patch?

A block of mass m on frictionless ground is pushed against a spring of spring constant k, and the spring is compressed by a length of As. After it is released, it passes over a small patch of frictional surface with length d and coefficient of kinetic friction Hg. The block then slides up a curved ramp. What is the height h that the block is able to reach, after having emerged from the small patch on the other side? h m How many times can the block pass this patch before it finally stops on the patch?