find the side length of the right triangle

what is the volume for diamter 14.6 and Height 16.8

A 1000kg elevator accelerates up a shaft at a rateof 2.0 m/s². The tension in the cable raising the elevator is?

A. 12 kN

B. 9.8 kN

C. 7.8 kN

D. 2.0 kN

A team of 10 Qimmiq is pulling a komatik and its load having a total mass of 1000kg at a constant velocity of 8.1km/h over the frozen tundra. Calculate the coefficient of kinetic friction between the komatikand the snow if the dogs  must exert a total force of 922N to keep the komatik travelling at a constant velocity?

Can you please tell me the formula of density? I know it has D, M,V but how is it written?

To what extent do political processes in Canada meet the needs of all Canadians?

Barium is what on the  periodic

 table 

iron reacts with calcium sulfate

A jet skier leaves a dock at 8 a.m. and travels due west at 36 km/h. A second jet skier leaves the same dock 10 min later and travels due south at 44 km/h. At what time of day, to the nearest minute, will the two jet skis be 20 km apart? 

Bill and Ben are on a bridge, timing how long it takes stones they have dropped to hit the water below.  A quadratic relation can be used to determine the distance, D, in metres, that ta stone will fall in the time, t, in seconds after it is realeased.  In this relation, a = -0.5g, where g is acceleration due to gravity, which is approximately 9.8 m/s² on Earth.  Ben starts a timer when Bill releases a stone, and he stops the timer when the stone hits the water below.  The mean time of serveral trials is 3 s.

a) Determine a quadratic function that models the falling stones.

b) How high above the water are Bill and Ben? Explain your answer.

c) On Saturn's moon, Titan, the value of g is 1.35 m/s^2.  Suppose that Bill and Ben are astronauts and they are standing at the top of a cliff on Titan.  If they record the time for a stone to fall from their hands to the bottom of the cliff as 3 s, how high is the cliff, to the nearest hundreth of a metre?