# Physics Train Problem

Subject Physics General Physics

## Question

1. The train on a roller coaster ride experiences a 42.0-kN normal force at the bottom of a smooth circular, vertical loop. Take the mass of the train and passengers to be 600kg.

a.) What normal force acts on the train at the top of the loop? Show All Work.

b.) Now assume that the radius of the loop is 10m with the same normal force acting at the bottom of the loop as before. What is the radius of the largest loop the train will just be able to completely pass through? Show All Work.
(NOTE: use g = 10.0m/s² for this problem)

## Solution Preview

This material may consist of step-by-step explanations on how to solve a problem or examples of proper writing, including the use of citations, references, bibliographies, and formatting. This material is made available for the sole purpose of studying and learning - misuse is strictly forbidden.

This is only a preview of the solution. Please use the purchase button to see the entire solution

## Related Homework Solutions

Force Vectors and 2-D Motion Problems
\$25.00
General
Physics
Force
Vector
2D
Motion
Solved
Problems
Distance
Time
Speed
Acceleration
Displacement
Exercises
Physics Questions
\$3.00
Physics
Questions
Particle
Motion
Velocity
Magnitude
Acceleration
Obstruction
Distance
Physics Questions
\$10.00
Physics
Crate
Floor
Objects
Describe
Forces
Acting
Direction
Elevator
Tension
Gravitational
Newton's First Law
Physics Questions
\$8.00
Physics
Projectile
River
Highest
Point
Trajectory
Speed
Velocity
Angle
Battleship
Simultaneously
Target
Solar Energy, Magnetic Properties
\$9.00
Sunlight
Heating System
Temperature
House
Thermal Mass
Resistivity
Magnetic Field
Coil
DC Circuits - Kirchhoff’s Laws (Laboratory Questions)
\$25.00
Engineering
Physics
DC Circuits
Laboratory
Experiments
Kirchhoff’s Laws
Mathematics
Basic Network
Equations
Tables
Absolute Discrepancy
Resistance
Batteries
Voltage
Live Chats