Henry is standing on a bridge over a creek. if he could throw a stone straight up into the air with a velocity of 50 feet per second, could the stone reach a height of 60 feet above the creek? he is 20 feet from the water

Atoy company is considering a cube or sphere-shaped container for packaging a new product. the height of the cube would equal the diameter of the sphere . compare the volume to surface area ratios of the containers. which packaging will be more efficient? for a sphere, sa =4πr²

25 ! the line of best fit is h = 5a + 86. predict the height at age 16. show your work.

Show your workcan a right triangle have this sides? *how to prove it without using the pythagorean theorema*