Ask a New Question

Question

if you were to kick a rock on mars at a velocity of 56 feet per second from the top of a 30 foot hill and the equation models h=-1.9^2+56t+30 where h is height and t is time.
How high will the rock get of the surface?
7 years ago

Answers

scott
the max height is on the axis of symmetry of the parabola

tmax = -b / 2a = -56 / (2 * -1.9)

solve for the time at max
... plug the time into the height equation to find max height
7 years ago

Related Questions

I need a really kick a** closing statement for my debate on censoring gangster rap (I'm for it) Its... A placekicker is about to kick a field goal. The ball is 26.6 m from the goal post. The ball is kick... If you kick a football at 64.7 m/s at 49 degrees? a) How long is the ball in the air? b) Where... 1. I kick it up and down. 2. I kick it down and up. [#1 is correct. What about #2? Is #2 correct?]... Jan is initiating a kick-off call for a new print project with a client. Which decision should Jan s... I had to kick their law into their teeth in order to save them However, I have heard that sometim... 70-140 BPM Kick drum has to be at least on beat one Snare/clap has to be on beats 2 & 4, or beat 3... should i kick bruce if you do a stronger kick on a golf ball what happens corner kick goal kick The option "the offensive team gets this when the ball crosses the end line...
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use