A dare devil decide to jump a canyon. Its walls are equally high and 10m apart. He takes off by driving a motor cycle up a short ramp sloped at an angle of 15 degrees. What minimum speed must he have in order to clear the canyon.
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<br>This is a case of projectile motion.
<br>If a body is projected upwards (no angles involved) it will reach a height where its Kinetic Energy gets converted to potential form. At this point we can write,
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<br>(1/2)m u^2 = m g h
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<br>U^2 = 2gh
<br>where h is the ...
Deriving the equation of motion of a projectile shot vertically upward considering the effects of air resistance and solving the first order differential ...
Projectile Motion: At what angle should the gun be aimed so when it ... Construct the equations for the motion in the x and y directions. You can use the equation: ...
... and take the time you took to run from point A to B..You can calculate the following ... Now is you want something more elaborated try the projectile motion: ...
... at the time of the strike is equal to the maximum height of the projectile (ball) and given ... and considering horizontal motion. ... substituting in equation 1 we get. ...
... In the case of a projectile the horizontal velocity ... However, the vertical motion is subjected to the ... remains constant, we can write the following equation: ...
... c) The time of flight of the projectile is given ... a radius of gyration of 0.4 m. Calculate: (a) The ... the system = Energy due to translational motion of container ...
... When a projectile fired horizontally with velocity u, as ... and we can consider both motion (horizontal and vertical ... Hence using the second equation of motion for ...
Projectile motion. ... are related as <br> <br>R = u^2 Sin(2 theta)/g .....2) <br> <br>time of flight t = R/[u Cos(theta)] ...3) <br> <br>Equation 3 is nothing ...
... what would be the subsequent path of the CM of the pieces if the projectile exploded in midair? ... Show the equation of motion is. mv = - mvex + Fext. ...
... The body can be assumed to be executing simple harmonic motion. ... the displacement is 10 cm (U(j) = 0.4 corresponds to KE = 0, or our first equation would be ...
