A car of mass m rests at the top of a hill of height h beforerolling without friction into a crash barrier located at thebottom of the hill. The crash barrier contains a spring witha spring constant k, which is designed tobring the car torest with minimum damage.Determine, in terms of m, h, k, and g, the maximumdistance (x) the spring will be compressed when the carhits it. [Hint: Conservation of energy] distance (x) the spring willDetermine, in terms of m,hits it. [Hint: Conservationa spring constant k, whichrest with minimum damagebottom of the hill. The cras'rolling without friction into aA carmass m rests at theHookes Law Problem QuestionConservation of Energy/SHM QuestionChighField Trip/Excursion and Medical Authorization- Mijon for my child, Annabel Santayapart of his/her regular school program. This tripde by all rules and regulations governientrepreneur hig26655 Highland Ave. EP 909.327.2782 | FSW BeABoss.orgyct enclosed below. It is undershome at the parent or guCode Secticen up

At top energy is potential energy due to height At bottom energy is spring potential energy. Using…

a spring constant k, whic rest with minimum dama Determine, in terms of n distance (x) the spring hits it. [Hint: Conservati A car of mass m rests at rolling without friction into bottom of the hill. The cr: Excursion and Medical Authorizatic Conservation of Energy/SHM Question school program. Thi bel SantOYO jons g P 909.327.2782 entrepreneur 26655 Highland W BeABoss.ore Hookes Law Problem Question

a spring constant k, whic rest with minimum dama Determine, in terms of n distance (x) the spring hits it. [Hint: Conservati A car of mass m rests at rolling without friction into bottom of the hill. The cr: Excursion and Medical Authorizatic Conservation of Energy/SHM Question school program. Thi bel SantOYO jons g P 909.327.2782 entrepreneur 26655 Highland W BeABoss.ore Hookes Law Problem Question

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