Suppose that a crane is lifting a whale shark into a tank for delivery into an aquarium. The crane must exert 25,000 N to lift at a rate of 1.25 m/s/s, what is the shark’s mass?Use the equation triangle you filled out for number 2728) What is the answer? Make sure to have a space between the number and unit.1 pointYour answer

The whale shark is the largest of all fish and can have the mass of three adult elephants. Suppose that a crane is lifting a whale shark into a tank for delivery into an aquarium. The crane must exert 25,000 N to lift at a rate of 1.25 m/s/s, what is the shark’s mass?26) What information have you been given1 pointaccelerationforcemassFill out your equation Triangle with the numbers from question 26.27) To find the answer which equation will you use1 pointm = F / aa = F / mF = m * a

The combined mass of a boat and its crew is 420 kg (weight = 4116 N). It exerts a pressure of 323 Pa on the water. Calculate the area of the boat in contact with the water.

Suppose a dragster has a mass of 1250 kg and accelerates at a constant rate of 16.5 m/s/s. 16) What information have you been given1 pointaccelerationmassforceFill out your equation Triangle with the numbers from question 1617) To find the answer to question 18, which equation will you use1 pointF = m * am = F / aa = F / m

While on a boat tour along the coast of the Atlantic Ocean, Leo sees a great white shark jump out of the water. The shark travels upward with a velocity of 18 feet per second before splashing back down into the water.To the nearest tenth of a second, how long is the shark in the air?Hint: Use the formula h=–16t2+vt+s. secondsSubmit

A model sailboat is slowly sailing west across a pond at 0.310 m/s. A gust of wind blowing at 28.3° south of west gives the sailboat a constant acceleration of magnitude 0.314 m/s2 during a time interval of 2.18 s. If the net force on the sailboat during the 2.18-s interval has magnitude 0.318 N, what is the sailboat's mass?