Calculate what is the force required at a constant rate

Reference no: EM13315196

A 20-kg iron ball is moving at 100 km/hr should be accelerated at a constant rate of 10 m/(sec)^2. What is the force required

Reference no: EM13315196

Questions Cloud

Find the piston mass that will create a pressure inside : A vertical hydraulic cylinder has a 150-mm diatomic piston with hydraulic fluid inside the cylinder and an ambient pressure of 1 bar. Assuming standard gravity, find the piston mass that will create a pressure inside of 1250kPa.

What is the final speed of the block : A small block of mass 0.97 kg slides without friction on a horizontal table. Initially it moves in a circle of radius R0 = 0.52 m with a speed 1.3 m/s. What is the final speed of the block

Determine what is the acceleration of diatomic oxygen gas : 2 kilomoles of diatomic oxygen gas are enclosed in a 10-kg steel container. A force of 2kN now accelerates this system. What is the acceleration

What does the slope of the linear line : A graph of the Force applied to a spring and the distance it stretches F vs. x yields some valuable information. What does the slope of the linear line

Calculate what is the force required at a constant rate : A 20-kg iron ball is moving at 100 km/hr should be accelerated at a constant rate of 10 m/(sec)^2. What is the force required

Hat is the direction of the net electrical field : Consider two particles, each with a charge of +Q located at the opposite corners of a square of side d. What is the direction of the net electrical field at point P

Determine the average normal stress at the critical section : two 10 mm thick steel plates are fastened together by means of two 20mm bolts that fit tightly into the holes. if the joint transmits a tensile force of 45 kn determine the average normal stress in the plates at a section where no holes occur

How to decrement the ttl field of the packet : In addition to the above-mentioned KeyboardInterrupt (used to terminate the program), you will need to handle any I/O-related exceptions.

Determine the magnitude and location of the resultant force : The tank contains water to depth of 2m and oil (SG=0.8) on top of the water to a depth of 1m. Determine the magnitude and location of the resultant force acting on one end of the tank (i.e. 3m high by 3m wide).

User Account

All Pages