Question No.13: A cop fires a bullet at an angle of 30° (upward from the horizontal) from his position on hill to strike a target which is 61 m lower than the position of the soldier. The initial velocity of the bullet is 91.5 m/ sec. Calculate (i) The maximum height to which the bullet will raise above the horizontal (ii) the actual velocity which it will hit the target (iii) The total time required for the flight of the bullet
Question No.13: A cop fires a bullet at an angle of 30° (upward from the horizontal) from his position on hill to strike a target which is 61 m lower than the position of the soldier. The initial velocity of the bullet is 91.5 m/ sec. Calculate (i) The maximum height to which the bullet will raise above the horizontal (ii) the actual velocity which it will hit the target (iii) The total time required for the flight of the bullet
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Transcribed Image Text:Question No.13: A cop fires a bullet at an
angle of
of 30° (upward from the
horizontal) from his position on hill to
strike a target which is 61 m lower than
the position of the soldier. The initial
velocity of the bullet is 91.5 m/ sec.
Calculate (i) The maximum height to
which the bullet will raise above the
horizontal (ii) the actual velocity which it
will hit the target (iii) The total time
required for the flight of the bullet
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