As seen in the figure, two sleds, each weighing 20 kg, stand on the same axis and at a short distance. A cat with a mass of 5 kg is standing on one of the sled and jumps on the other, then immediately jumps back onto the sled in which it was first. The speed of the cat in each jump is 3.0 m/ s. Since these actions are on the same axis, calculate the final velocities of the slides? v = ? v=0

As seen in the figure, two sleds, each weighing 20 kg, stand on the same axis and at a short distance. A cat with a mass of 5 kg is standing on one of the sled and jumps on the other, then immediately jumps back onto the sled in which it was first. The speed of the cat in each jump is 3.0 m/ s. Since these actions are on the same axis, calculate the final velocities of the slides? v = ? v=0

Name: As seen in the figure, two sleds, each weighing 20 kg, stand on the s
Uploaded: 2024-03-20T06:57:37.000Z
Channel: Bartleby
Description: As seen in the figure, two sleds, each weighing 20 kg, stand on the same axis and at a short distance.A cat with a mass of 5 kg is standing on one of the sled and jumps on the other, then immediatelyjumps back onto the sled in which it was first. Th

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Related questions

Q: The displacement of particle #1 is r1(t) = 2i-5tj and the displacement of particle #2 is r2(t) =…

Q: At time t = 0 s, a puck is sliding on a horizontal table with a velocity 3.60 m/s, 35.0° above the…

A: Imagine a puck is initially sliding diagonally across a table. It's being slowed down by forces…

Q: A supersonic car (SSC) has a mass of 9615 kilograms on Earth. The SSC has a fuel consumption rate of…

Q: If an object initially at rest is given a velocity of: vx =-1.93 m/s and vy = 2.51 m/s. What is the…

Q: Ann and Teller decided to do a magic trick involving a coin and a base- ball. Ann throws the…

Q: Ball 1 is launched with an initial vertical velocity v₁ = 167 ft/sec. Ball 2 is launched 3.1 seconds…

Q: In a tournament, three boys A, B, and C trying to throw a ball into a basket ( as shown in figure…

A: for Ax(t)=8t+20Vx=dxdtVx=8cm/sy(t)=25-t2when it touches groundy=00=25-t2t=25t=5sso horizontal…

Q: A rescue helicopter is hovering over a person whose sailboat has capsized. One of the rescuers…

Q: A train is moving at 40 m/s as it passes another train moving on a parallel track. The other train…

A: d1=d2v1t=u2t+0.5at2240 m/st=0 m/st+0.55 m/s2t2t=16 s Thus, the time taken to catch up the first…

Q: On a day when the wind is blowing toward the south at 2 m/s, a runner jogs west at 1.5 m/s. what is…

Q: A rubber ball is shot straight up from the ground with speed vo. Simultaneously, a second rubber…

A: Given:- A rubber ball is shot straight up from the ground with speed vo. a second rubber ball at a…

Q: slope of best-fit line = sin(20) 0= What additional data would allow you to determine definitely…

Q: A rocket is launched upward. The height of the rocket was 68 ft at the end of the thrust portion of…

Q: In a projectile experiment, a group of students launches a projectile several times. Each time the…

A: Given:In the projectile motion,Angle remains same, θ = constantwith each trial, initial velocity…

Q: Jenny and Betty are having a great time at Busch Gardens riding the Ubanga Banga bumper cars. Jenny,…

A: Jenny car is moving along South Betty is moving towards North in her car Both the cars collided…

Q: A car is traveling with a constant speed along a road that has a form of an equilateral triangle.…

Q: Pen and Teller decided to do a magic trick involving a marble and a ball. Penn throws the marble…

A: Given in question - Initial velocity of marble(Vm) = 10m/s j^…

Q: The diagram represents a time-lapse video of a person throwing a basketball into the air. A camera…

Q: Buster wants to demonstrate constantly-accelerated motion by letting a frictionless ice cube slide…

A: Concept used: A component of gravity acts horizontal to incline and forces ice-cube down the…

Q: James grows the bacteria in his lab and notices that when grown in a uniform medium rich in salts…

Q: Sally is on a kayak that comes to a stop a small distance from the dock. Since it is such a small…

A: let mass of sally = m mass of kayak = m1 and mass of yacht = m2

Q: A penny is thrown vertically upward with a speed of 10 m/s. Exactly 1 second later a dime is thrown…

A: given,

Q: A person on the top of a roof of a building (100 m) drops a ball. After 2s passed, a person who…

A: Given: The height of the building is 100 m. The person on the ground throws another ball after 2 s…

Q: ) Train A is moving with a constant velocity of 10 m/s toward Train B. Train B starts from rest and…

Q: Ballistics experts are able to identify the weapon that fired a certain bullet by studying the…

Q: 4. A lightweight drone (1.00 kg) is launched at 800 m high and moves upward at a constant velocity…

A: Given, Initial height of drone,h=800 m Mass of drone, m1=1 kg Distance of balloon from drone, x=1600…

Q: Two friends are playing billiards at an arcade center. One guy hit the cue ball to strike at another…

Q: Two identical objects with the same initial speed collide and stick together. If the composite…

A: the values provided in the questions is as follows- velocity of particle = v mass of particle = m…

Q: A plane releases a package from an altitude of 300 meters. At the time of release, both the plane…

A: The relation between initial velocity, distance and time cab be given using the equation of motion,…

Q: a roller coaster begins its movement from an initial height of 25 m in the air and an initial…

A: Given, height 1= 25 m initial velocity= 0 m/s height 2 = ?final velocity = 12.5 m/s

Q: A plot of the horizontal position x vs. time t will have a constant and positive slope The…

A: When a particle is thrown obliquely near the Earth's surface, it moves along a curved path. Such a…

Q: A woman starts to swim directly across a 8.2-km-wide river. Her speed with respect to the water is…

Topic Video

Question

As seen in the figure, two sleds, each weighing 20 kg, stand on the same axis and at a short distance.
A cat with a mass of 5 kg is standing on one of the sled and jumps on the other, then immediately
jumps back onto the sled in which it was first. The speed of the cat in each jump is 3.0 m / s. Since
these actions are on the same axis, calculate the final velocities of the slides?
v = ?
v=0

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Trending now

This is a popular solution!

Step by step

Solved in 4 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, physics and related others by exploring similar questions and additional content below.

Similar questions

The rectilinear motion of a particle is given by s = v squared minus nine where s is in m and v is in m/s. When t = 0, s= 0, and v= 2 m/s. Find and show the diagram showing the relation of s-t , v-t, and a-t relations.
Four rifles shown below are being fired horizontally (straight outward, off platforms). The bullets fired from the rifles are all identical, but the rifles propel the bullets at different speeds. The speed of each bullet and the height of each platform are given. All of the bullets miss the targets and hit the ground. Bullet A: Speed 1200 m/s, platform height 20m Bullet B: Speed 500 m/s, platform height 40m Bullet C: Speed 800 m/s, platform height 40m Bullet D: Speed 800 m/s, platform height 30m How much time each bullet will take to hit the ground? Explain reasoning: __________
Two oars start at the same point with uniform velocities. Car A moves to the north with speed 10m/s while car B moves to the east with speed 4 ms-. Find the velocity of car A observed by a passenger in car B.
An action figure is placed on a toy car, which is initially at rest. Then the action figure moves through 4 time intervals: The car is pushed until it hits a wall. Then, the action figure slides down a ramp. The action figure flies off of the ramp and hits a wall at the peak of its trajectory, momentarily coming to a complete stop. Finally, the action figure falls into the toybox and comes to rest. Assume that all surfaces, except the final wall, have nonzero coefficients of static and kinetic friction. For each time interval, including the endpoints, determine whether the total work done on the action figure by gravity (?g), normal forces (?N), and friction (?f) is positive, negative, or zero. Neglect drag. The motion of a toy army guy action figure is shown in four different time intervals. The toy is stiff and has a base for standing upright. During interval 1, shown in the upper left, the army guy stands upright upon a car initially at rest. The car is pushed to the right,…
An action figure is placed on a toy car, which is initially at rest. Then the action figure moves through 4 time intervals: The car is pushed until it hits a wall. Then, the action figure slides down a ramp. The action figure flies off of the ramp and hits a wall at the peak of its trajectory, momentarily coming to a complete stop. Finally, the action figure falls into the toybox and comes to rest. Assume that all surfaces, except the final wall, have nonzero coefficients of static and kinetic friction. For each time interval, including the endpoints, determine whether the total work done on the action figure by gravity (?g),(Wg), normal forces (?N),(WN), and friction (?f)(Wf) is positive, negative, or zero. Neglect drag.
A group of dancers decided to have a contest on who’s gonna hit the target precisely. The loser will pay for their dinner. Dancer A fired the ball with a mass of 0.05 kg with an initial velocity 15 m/s at an angle 35° above the x-axis (neglect the air resistance). Find the total time the ball is in the air.
Two people each kick identical balls at the same angle. Person A kicks it at three times the speed of person B. How many times higher does A's ball go than B's?
Hanamichi Sakuragi finishes the game strong as he jumps up straight and slams-dunk the ball in the final battle between the Shohoku and Ryonan. To do this, Sakuragi lowers his body by 0.450 m and then accelerates through the distance by firmly straightening his legs. Sakuragi departs the floor with just enough vertical velocity to lift him 30 inches (average length to dunk a full-sized basketball) above the floor, allowing him to dunk the ball. (a) Determine his velocity as he departs the floor. (b) Determine his acceleration while straightening his legs. He travels 0.450 m from zero to the velocity determined in the first component of the problem. (c) Determine the force he applies on the floor to do this, considering Hanamichi Sakuragi's mass of 183 lbs.
Madison is standing by a window of her apartment. She sees a baseball passing upward by her window with a velocity of 14 m/s. If the ball was thrown by a person 18 m below on the street, what was the initial speed of the ball?
When a chronometer begins with a time of zero seconds, matching soccer balls have a horizontal separation, d=6.28m. The ball on the left is released from the ground with an initial velocity of magnitude v0 directed toward the other soccer ball. The ball on the right has an initial height h1=3.17m and is momentarily at rest. A short time later, the matching soccer balls collide at the collision point, C, at a height h2-1.69m above the ground, as indicated on the diagram. Ignore the finite size of the balls, and additionally ignore any air resistance. (Dimensions are not to scale.) Part (a) Given the numeric values in the problem statement, tabulate the elapsed time, in seconds, at which the matching soccer balls collide. Part (b) Given the numeric values in the problem statement, tabulate the magnitude, in meters per second, of the initial velocity of the soccer ball on the left.
A baseball with mass of 0.14 kg is batted into the air. Its initial speed is 47.4 m/s, directed at an angle 14 degrees above the horizontal. After 1.5 seconds, what is the vertical component of the ball's velocity (in m/s)? Use positive values for the upward direction, and negative values for the downward direction.
In a tournament, three boys A, B, and C trying to throw a ball into a basket ( as shown in figure below), the path of every competitor's throw as below (t time in seconds): A: x(t) = St+40; y(t) = 32-2t. B: x(1) = 5t+10; y(t) 32-5t. С: x(t) - 5t+15;B у(t) 3 32-5. a) Do you think any boy will get the ball in the basket? and how long time the ball needs to get in the basket? %3D 7. 32 cm 60