The artillery gun with a muzzle velocity of vo=150m/s is fired at the slope of the mountain at horizontal and vertical distance of 980m and 400m. The gun was shot at the smallest angle possible to achieve this goal. At the point where it hits the mountain the projectile trajectory makes, angle awith the horizontal angle. Find tan a to the nearest thousandth.

The artillery gun with a muzzle velocity of vo=150m/s is fired at the slope of the mountain at horizontal and vertical distance of 980m and 400m. The gun was shot at the smallest angle possible to achieve this goal. At the point where it hits the mountain the projectile trajectory makes, angle awith the horizontal angle. Find tan a to the nearest thousandth.

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Description: The artillery gun with a muzzle velocity of vo=150m/s is fired at the slope of themountain at horizontal and vertical distance of 980m and 400m. The gun was shotat the smallest angle possible to achieve this goal.At the point where it hits the mount

College Physics

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ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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The artillery gun with a muzzle velocity of vo=150m/s is fired at the slope of the
mountain at horizontal and vertical distance of 980m and 400m. The gun was shot
at the smallest angle possible to achieve this goal.
At the point where it hits the mountain the projectile trajectory makes, angle awith
the horizontal angle.
Find tan a to the nearest thousandth.

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