Determine the minimum velocity the car has to move

Reference no: EM13714271

Find the answer for given question:

Question: A car is moving along the roller coaster. Determine the minimum velocity the car has to move without falling the ground r=2.7m?

I want help to find the minimum velocity the car has to move without falling the ground.

Reference no: EM13714271

Questions Cloud

Evaluate the dielectric constant of the dielectric : A parallel plate capacitor with air in the gap between the plates is connected to a 6 volt- battery. What is the dielectric constant of the dielectric

How many full spectral orders can be seen : A grating has 7400 slits/cm. how many full spectral orders can be seen (400 to 700nm) when it is illuminated by white light

Determine the acceleration of the block : A block of 1kg is resting on a smooth surface and is compressing the spring (k = 150 N/m) to a distance of 10 cm away from its equilibrium. Determine the acceleration of the block

The temperature of the solid and the melt : 1 mole of Cr is added to a large quantity of Cr-Fe melt (solution). The temperature of the solid and the melt is 1600°C and XFe = 0.8. Assuming Raoultian behaviour, what are the enthalpy and entropy changes in the solution? The enthalpy of fusion of ..

Determine the minimum velocity the car has to move : A car is moving along the roller coaster. Determine the minimum velocity the car has to move without falling the ground r=2.7m

Assuming a frictionless-ideal roller coaster : A roller coaster and its occupant’s have a combined mass of 800 kg. At a height of 70 m, the roller coaster has approximately zero speed. At the bottom, at maximum speed, a piston/cylinder apparatus is compressed adiabatically in order to bring the r..

Determine how far the first bright diffraction fringe : Light of wavelength 640nm falls on a slit that is 3.80 x 10-3 mm wide. How far the first bright diffraction fringe

What is management : 1. What is management? Provide an example or scenario to describe how you, as a manager, would use each function to reach your organization's goals.

Bead of mass m slides without friction along a wire : A bead of mass m slides without friction along a wire which has the shape of a parabola my= Ax^2 with its axis vertical in the Earth’s gravitational field g. Find the Lagrangian, taking as generalized coordinate the horizontal displacement x.

User Account

All Pages