swallow is sitting on a tree branch a certain height above the ground and decides to fly away. Its height (in meters) above the ground can be modeled by the function h(t)=−4t2+5t+69h(t)=-4t2+5t+69, where tt is elapsed time in seconds after the swallow takes flight.
swallow is sitting on a tree branch a certain height above the ground and decides to fly away. Its height (in meters) above the ground can be modeled by the function h(t)=−4t2+5t+69h(t)=-4t2+5t+69, where tt is elapsed time in seconds after the swallow takes flight.
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A swallow is sitting on a tree branch a certain height above the ground and decides to fly away. Its height (in meters) above the ground can be modeled by the function h(t)=−4t2+5t+69h(t)=-4t2+5t+69, where tt is elapsed time in seconds after the swallow takes flight.
Find the height above the ground of the swallow before taking flight: mm
Find the height above the ground of the swallow at t=3.23t=3.23 seconds: mm
Find the initial velocity of the swallow: mm/ss
Find the velocity of the swallow at t=3.23t=3.23 seconds: mm/ss
Find the initial acceleration of the swallow: mm/s2s2
Find the acceleration of the swallow at t=3.23t=3.23 seconds: mm/s2
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