Answered: In experiment 101, the hover puck has a… | bartleby

Related questions

Question

100%

Question 16
In experiment 101, the hover puck has a mass of 1000g, photogate 1 is at the 20-cm mark, photogate 2 is at the 70-cm mark, and the hanging weight is 100 g.
What is the accepted value of the acceleration of the hover puck?
Use g- 980 cm/s2.
O 0.49 m/s2
O 0.69 m/s?
O 0.89 m/s?
O 0.29 m/s2

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Blurred answer

Similar questions

A stack of two crates is being accelerated upwards by two cables. The cables are directly attached to crate 1 and the tension in each cable is 3248 N. You may assume that the masses of the cables are negligible compared to the masses of the crates. The acceleration of the crates is? bottom crate crate 1 is 109 kg. the top crate is 248 kg.
A person pushes block A (mass 3 kg) with a constant force of 10 N. Both blocks accelerate together at 2.31 m/s2 on a friction-less surface. What is the normal force that block B exerts on block A? Round your answer to two decimal points.
Zach, whose mass is 80 kg, is in an elevator going down at 2.0 m/s. The elevator takes 4.0 s to speed up to 10 m/s in the downard direction. What is the initial velocity, final velocity, and acceleration?
A 500 g object moves with a constant velocity of 2.0 m/s. What is the force acting on it?
An Atwood's machine with a frictionless pulley has mass1 = 8.8 kg and is accelerating up at m/s2. What is the value of mass2?
A 2100 kg truck has put its front bumper against the rear bumper of a 2400 kg SUV to give it a push. With the engine at full power and good tires on good pavement, the maximum forward force on the truck is 18,000 N. What is the maximum possible acceleration the truck can give the SUV? At this acceleration, what is the force of the SUV's bumper on the truck's bumper?
Question 2.20 in the image.
The force due to friction for an object sliding on a rough, level surface is F = -bW , where W is the weight of the object. What are the SI units of b? 1/s 1/s? O m/s? m³/s? kg/s none of these
Mass #1 = 75g Mass #2 = 125g Acceleration #1 = 2.2345 Acceleration #2 = 2.2125 Acceleration #3 = 2.2286 What is the Net Force (theoretical)
A box whose mass is 90.7 kg is sitting on a flat, frictionless surface. I pull sideways on the box. The box accelerated at 8.4 m/s?. How hard (in newtons) did I pull?