6. A spring (k-2,000 N/m) is compressed 1.1 meters at the bottom of an incline. Your 10 kg backpack is placed against th

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6 A Spring K 2 000 N M Is Compressed 1 1 Meters At The Bottom Of An Incline Your 10 Kg Backpack Is Placed Against Th 1 (40.18 KiB) Viewed 38 times

6. A spring (k-2,000 N/m) is compressed 1.1 meters at the bottom of an incline. Your 10 kg backpack is placed against the spring and released. The coefficient of friction between the incline and the backpack is a) Draw a component FBD of the backpack as the spring is pushing on it. Backpack 0-30° b) Using conservation of energy, determine the velocity of the backpack as it leaves the spring. Be careful to include ALL energy transformations! (Be sure to show all equations, all algebraic substitutions, THEN all numeric substitutions.) c) Using conservation of energy, determine the backpack's maximum distance along the incline from the point of its initial release. Again, be careful to include ALL energy transformations! (Be sure to show all equations, all algebraic substitutions, THEN all numeric substitutions.)