Question

a target is placed symmetrically between 2 guns which are fired simultaneously the muzzle velocity of each gun is 100 m/s and both of them are 500 m away from the target they are fired simultaneously find the difference in the time at which the shells strike the target​

Answer 1

When the bullet strikes, its high velocity and small frontal cross-section means that it will exert large stresses in any object it hits. This usually results in it penetrating any soft object, such as flesh. The energy is then dissipated in the wound track formed by the passage of the bullet. See terminal ballistics for a fuller discussion of these effects.due to the transfer of energy the target becomes hot

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