The maximum range of a bullet fired from a toy pistol mounted on a car at rest is R0=40 m. What will be the acute angle of inclination of the pistol for maximum range when the car is moving in the direction of firing with uniform velocity v=20 m/s on a horizontal surface ?( Take g=10 m/s2)

The maximum range of a bullet fired from a toy pistol mounted on a car

1.	The maximum range of a bullet fired from a toy pistol mounted on a car at rest is R0=40 m. What will be the acute angle of inclination of the pistol for maximum range when the car is moving in the direction of firing with uniform velocity v=20 m/s on a horizontal surface ?( Take g=10 m/s2)
Answer» The maximum range of a bullet fired from a toy pistol mounted on a car at rest is $R_{0} = 40 m$ . What will be the acute angle of inclination of the pistol for maximum range when the car is moving in the direction of firing with uniform velocity $v = 20 m/s$ on a horizontal surface ? $($ Take $g = 10 {m/s}^{2})$

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The maximum range of a bullet fired from a toy pistol mounted on a car at rest is R0=40 m. What will be the acute angle of inclination of the pistol for maximum range when the car is moving in the direction of firing with uniform velocity v=20 m/s on a horizontal surface ?( Take g=10 m/s2)

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