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19 Nov 2019
In tracking the path of a projectile, the following formula is utilized H(t) = 1/2gt^2 + V_0t + h_0 where H(t) is the height at a given tune, t is the tune measured in seconds, g is the acceleration due to gravity (measured at 9.8m/sec^2). V_0 is the initial velocity, and h_0 is the initial height. If a missile is launched from a station 300 meters above sea level with an initial velocity of 550 m/sec. what is the height of the missile after six seconds? The height of the missile is meters. (Round to the nearest meter as needed.)
In tracking the path of a projectile, the following formula is utilized H(t) = 1/2gt^2 + V_0t + h_0 where H(t) is the height at a given tune, t is the tune measured in seconds, g is the acceleration due to gravity (measured at 9.8m/sec^2). V_0 is the initial velocity, and h_0 is the initial height. If a missile is launched from a station 300 meters above sea level with an initial velocity of 550 m/sec. what is the height of the missile after six seconds? The height of the missile is meters. (Round to the nearest meter as needed.)
acharyaLv3
18 Aug 2023
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Jean KeelingLv2
30 Mar 2019
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