1. Does adding more mass change a slope of the angular velocity vs time graph? why?...

1. Does adding more mass change a slope of the angular velocity vs time graph? why?

2. Does changing the radius the string is wrapped around change the slope of the angular velocity vs time graph? If so, how?

3. instead of mass, ehich quantity do we talk about in twrms of rotational motion? write down common formula.

Solutions

Expert Solution

genius_generous answered 1 year ago

Next > < Previous

Related Solutions

What type of motion is occurring when the slope of a velocity vs. time graph is...

What type of motion is occurring when the slope of a velocity vs. time graph is zero? Also, what type of motion is occurring when it's not zero

Draw a position-vs-time, velocity-vs-time, and acceleration-vs-time graph for each of the following objects: 1. A car...

Draw a position-vs-time, velocity-vs-time, and acceleration-vs-time graph for each of the following objects: 1. A car traveling in a straight line at a constant speed. 2. A ball rolling down a hill, getting faster as time goes by. 3. A rock that is tossed straight up in the air before coming back down to its starting point.

What is the significance of the slope of an angular velocity (y) versus linear velocity (x)...

What is the significance of the slope of an angular velocity (y) versus linear velocity (x) graph?

To visualize the average angular acceleration from a graph of angular velocity: Explain. a) Draw the...

To visualize the average angular acceleration from a graph of angular velocity: Explain. a) Draw the slope as the line connecting two time points (initial and final). b) Draw the slope as a tangent line at a single time point c) Shade in the area between the curve and the x‐axis between two time points

i. Sketch the velocity vs time graph for the object’s motion described below. Mark all labels...

i. Sketch the velocity vs time graph for the object’s motion described below. Mark all labels and values appropriately. The object at rest starts to move from east to west. • Between 0-4 seconds it moves with an acceleration of 2 ??−2 • Then with a constant velocity for 4-10 seconds. • Finally with a deceleration of 2 ??−2 the object comes to rest. ii. Find the velocity of the object at t= 4 secs and calculate how long the...

What is the meaning of the slope and the y-intercept on a pressure vs. depth graph?

Use the slope of the graph of τ vs. square root of L to calculate g...

Use the slope of the graph of τ vs. square root of L to calculate g and its uncertainty. δg = 2g δ (slope) Show your work we should use m2=2buy/sqrtof y but how?!! http://www.pa.msu.edu/courses/2015summer/PHY251/labfiles/practical2.pdf

Show the qualitatively correct position versus time graph and the matching velocity versus time graph for...

Show the qualitatively correct position versus time graph and the matching velocity versus time graph for an object that passes through the point X0 = -1 m at t0 = 0 s, and speeds up in the negative X-direction until it reaches a constant speed at tA. Between tA and tB, the object maintains this speed. At tB the object slows down and makes a momentary stop at tC, and immediately resumes the motion in the opposite direction (show a...

compare and contrast slope and average rate of change identify the characteristics of the graph of...

compare and contrast slope and average rate of change identify the characteristics of the graph of a quadratic equation give a real life application of a quadratic function

Discuss the following topics: 1. Rotational Dynamics : Angular displacement, Angular velocity, angular acceleration. 2. Rigid...

Discuss the following topics: 1. Rotational Dynamics : Angular displacement, Angular velocity, angular acceleration. 2. Rigid Body and Moment of Inertia 3. Angular Momentum, conservation of Angular Momentum and Torque with some examples of applications. 4. Mechanical Equilibrium and conditions of equilibrium 5. Elasticity, Plasticity and Hooke's Law 6. Parallel Forces and net torque 7. Coefficient of Elasticity, stress, and strain.

Subjects