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    Using the Law of Conservation of Momentum

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    A mortar fires a shell of mass m at speed v0. The shell explodes at the top of its trajectory (shown by a star in the figure) as designed. However, rather than creating a shower of colored flares, it breaks into just two pieces, a smaller piece of mass 1/5 m and a larger piece of mass 4/5 m. Both pieces land at exactly the same time. The smaller piece lands perilously close to the mortar (at a distance of zero from the mortar). The larger piece lands a distance d from the mortar. If there had been no explosion, the shell would have landed a distance (SYMBOL) from the mortar. Assume that air resistance and the mass of the shell's explosive charge are negligible.

    Find the distance d from the mortar at which the larger piece of the shell lands.
    Express d in terms of (SYMBOL).

    (Please see attachment for proper symbols and diagram)

    © BrainMass Inc. brainmass.com December 24, 2021, 5:04 pm ad1c9bdddf
    https://brainmass.com/physics/stars/law-conservation-momentum-26640

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    Provides a solution using the law of conservation of momentum.

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