Question
In: Physics
Two cannons are mounted as shown in the drawing and rigged to fire simultaneously. They are...
Two cannons are mounted as shown in the drawing and rigged to fire simultaneously. They are used in a circus act in which two clowns serve as human cannonballs. The clowns are fired toward each other and collide at a height of 1.05 m above the muzzles of the cannons. Clown A is launched at θA = 76.0° angle, with a speed v0A = 9.50 m /s. The horizontal separation between the clowns as they leave the cannons is d = 5.55 m. Find the launch speed v0B and the launch angle θB (>45.0°) for clown B. magnitude m/s direction °.
Solutions
genius_generous answered 7 hours agoRelated Solutions
Two cannons are mounted as shown in the drawing and rigged to fire simultaneously. They are...
Two cannons are mounted as shown in the drawing and rigged to
fire simultaneously. They are used in a circus act in which two
clowns serve as human cannonballs. The clowns are fired toward each
other and collide at a height of 0.95 m above the muzzles of the
cannons. Clown A is launched at ?A = 76.0
Two cannons are mounted as shown in the drawing and rigged to fire simultaneously. They are...
Two cannons are mounted as shown in the drawing and rigged to
fire simultaneously. They are used in a circus act in which two
clowns serve as human cannonballs. The clowns are fired toward each
other and collide at a height of 0.95 m above the muzzles of the
cannons. Clown A is launched at ?A = 76.0
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