Question
In: Physics
Consider the projectile motion of two balls. Ball A is launched horizontally (no vertical component of...
Consider the projectile motion of two balls. Ball A is launched horizontally (no vertical component of velocity) with an initial speed of 100 m/s from an initial position 1 m above the ground. Ball B is launched straight upward (no horizontal component of velocity) with an initial speed of 1 m/s from an initial position 0.5 m above the ground. The two balls are launched at the same time. Assume that air resistance doesn’t matter in this problem and assume the ground is perfectly flat.
a) What is the horizontal component of velocity for each ball when they hit the ground?
b) What is the vertical position of ball B when it reaches its maximum height?
c) What time does ball B reach its maximum height?
d) Which ball reaches the ground first?
Solutions
genius_generous answered 1 year agoRelated Solutions
Consider the projectile motion of two balls. Ball A is launched horizontally (no vertical component of...
Consider the projectile motion of two balls. Ball A is launched
horizontally (no vertical component of velocity) with an initial
speed of 100 m/s from an initial position 1 m above the ground.
Ball B is launched straight upward (no horizontal component of
velocity) with an initial speed of 1 m/s from an initial position
0.5 m above the ground. The two balls are launched at the same
time. Assume that air resistance doesn’t matter in this problem and
assume...
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What is the horizontal component of acceleration of a projectile in projectile motion, AND what is...
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bIn terms of the initial horizontal and vertical components of
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Q.3. Projectile Motion (30) A projectile is launched at 40.0 m/s at an angle 30 degree...
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Calculate the height y of the projectile for those time and put
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Language C++ code
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We often think about two-dimensional motion in terms of a projectile, like someone throwing a ball...
We often think about two-dimensional motion in terms of a
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1. Describe the shape of the puck’s path, starting from the end
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