Ask a New Question

Asked by lyla wright

. During a volleyball game, Christine dove to save a ball. The function h(t)=-4.9t^2+8.5t approximates the height of the ball above the ground in metres, t seconds after it is hit.
a. If the net is 2.23 m tall, the function d(t)=I-4.9t^2+8.5t-2.23I
represents the distance between the bottom of the ball and the top
of the net after t seconds. Explain this function.
4 years ago

Answers

Answered by oobleck
d(t) = |h(t)-2.23|

recall that |x-y| is the distance between x and y
4 years ago

Related Questions

A volleyball is sent over a net, having been launched at a speed 5 m/s at an angle 42.7 degrees abov... A volleyball is sent over a net, having been launched at a speed 4.6 m/s at an angle 28.2 degrees ab... At a local volleyball game, 330 tickets were sold. Adult tickets were sold for $25.00 each, and yout... A volleyball contains gas at the temperacture of 333 k has a volume of 12.5 liters. What will the te... 6. in volleyball, how is the server determined? a. by flipping a coin b. the server is always the... A volleyball game using rally scoring is played to ____ points, with the winning team needing to win... In volleyball what would you do if you make contact with the ball below shoulder level What is a volleyball game played to?(5 points) Responses 21 21 25 25 31 31 18 In Friday’s volleyball game, Sam’s team scored a point in 16.5% of his serves. Which of the followin...
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use