Question
A wheel with a radius of 0.5 meters and a moment of inertia of 10 kg·m² is initially at rest. If a constant torque of 30 N·m is applied, calculate the angular acceleration of the wheel.
A wheel with a radius of 0.5 meters and a moment of inertia of 10 kg·m² is initially at rest. If a constant torque of 30 N·m is applied, calculate the angular acceleration of the wheel.
Answers
What are best answers and total votes?
Guide On Rating System
✅
Best Answers -
Rating provided by student who posted the question
Total Votes -
Sum of votes provided by verified experts based on their
assessment of the answer. For example, total votes of 2
means 2 verified experts have approved the answer.
In most cases Best Answers have also the most Total Votes but when
this is not the case, kindly review the feedbacks from verified experts
and decide which answer to take.
No Votes
Vote
SignIn to Vote
Vote
Vote
Loading...
Koala Tutor
Koala Ai Support
Got a question with my answer?
The torque (τ) is equal to the moment of inertia (I) multiplied by the angular acceleration (α):
τ = I * α
Rearranging the equation, we can solve for α:
α = τ / I
Substituting the given values:
α = 30 N·m / 10 kg·m²
Thus, the angular acceleration of the wheel is 3 rad/s².
Got a question with my answer?
Message Me
Cheapmath.com is completely free!
Asking question is free.
Getting answers is free.
+99
Asking question is free.
Getting answers is free.
+99
Related Questions
Physics : vector
A ball is thrown with an initial velocit
Determine the type and magnitude of elec
Briefly explain where a battery gets its
An alternator drives current through the
An alternator drives current through the
What force is slowing the magnet’s fal
If the strength of the electric field is
If the amount of charge on the particle
The atoms move in a circular path becaus