Question

as you are in the process of catching a ball from free fall, it's net force...

as you are in the process of catching a ball from free fall, it's net force is pointing up or down?

Science   Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
1. Physicists use the phrase "free fall" to mean any period of time when an object...
1. Physicists use the phrase "free fall" to mean any period of time when an object is moving only under the force of gravity. During which parts of the ball's motion was the ball in free fall? a) Only on the way up b) Only on the way down c) Only at the top d) For half of the way up and all of the way down e) The entire time 2. Three students are discussing their answers to the...
You are conducting a free-fall experiment by dropping a ball multiple times from a height of...
You are conducting a free-fall experiment by dropping a ball multiple times from a height of 1.00 m and measuring the time of the fall, t. Your results for the 4 trials are t=0.459s, 0.448s, 0.452s, and 0.453s. Using this data, what is the average deviation of g? Use g = 9.81 m/s2
In the free fall experiment, we dropped a ball with a mass of 0.05kg from a...
In the free fall experiment, we dropped a ball with a mass of 0.05kg from a height of 20cm. Using the stopwatch, the time period for its fall became 0.22 sec, so the final movement energy is equal to:
Make a prediction of vertical velocity versus time (vy vs. t) for a ball in free...
Make a prediction of vertical velocity versus time (vy vs. t) for a ball in free fall from bouncing vertically on a table. You want to predict the entire motion from right after the first contact with the table (on its way up), to the top of the motion, and back down to the table at the instant before the ball hits the table for the second time (on its way down, but hasn’t hit yet). Graph only predictions for...
4. Free Fall from the Tower of Pisa: Had Galileo dropped a ball from the Tower...
4. Free Fall from the Tower of Pisa: Had Galileo dropped a ball from the Tower of Pisa, 185 feet above the ground, the ball’s height above the ground t sec into the fall would have been s=185-16t^2. a.) What would have been the ball’s velocity and acceleration at time t? Velocity: _______________________ Acceleration: ___________________ b.) About how long would it have taken the ball to hit the ground SHOW WORK! Time: ________________ (Include three decimal places and units
A. Draw a free body diagram for the falling coffee filter. What is the net force?...
A. Draw a free body diagram for the falling coffee filter. What is the net force? B. How would the free body diagram differ for a round rubber ball dropped from the same height?
1. While you are seated on a chair, the resultant force on you is ..? A....
1. While you are seated on a chair, the resultant force on you is ..? A. zero B. up C. down D. dependent on your weight 2. Action-reaction forces A. sometimes act on the same object B. always act on the same object C. may be at right angles D. always act on different objects 3. A net force (F) acclerates a mass (m) with an accleration (a). If the same net force is applied to mass 2m, then accleration...
2. When the plate begins to fall, the net force on the plate is? Select those...
2. When the plate begins to fall, the net force on the plate is? Select those that are valid. a. zero b. it's not zero c. is directed upwards d. it is directed downwards e. it is directed to the right 3. As the plate falls, the force that increases is: a. none b. net force c. normal force d. air resistance e. the weight 4. As the plate falls, the decreasing force is: a. none b. net force c....
This experiment is about free fall. The ball is released at a certain height and it...
This experiment is about free fall. The ball is released at a certain height and it assumes that gravity is uniform on the surface of the earth. Explain why this assumption is established and how to measure more accurate gravitational acceleration.
Draw the vector of acceleration due to gravity on a ball in frictionless free fall with...
Draw the vector of acceleration due to gravity on a ball in frictionless free fall with a scale of 1 cm = 1 m/s/s. How would this vector change if there was air resistance in the system?
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT