TNT AI@公O11:09Edit3 8816 XL6. Mang Lando is the APOR (Authorized Person Outside Residence) of thefamily. He went to grocery to buy their basic needs. In the grocery he applieda force of 12N to push a 24kg grocery cart. Calculote the acceleration of thecart. What will be the acceleration if he doubled his force?A. The acceleration of the cart is 0.5m/s.B. If he doubled his force the acceleration will be 1m/s.C. The acceleration of the cart is 0.5m/s if he doubled his force theacceleration will be 1m/s.D. The acceleration of the cart is 0.5m/s² if he doubled his force theacceleration will be 1m/s' when the force applied is doubled theacceleration is also doubled.7. Stay at home to keep safe in this time of pandemic. While staying at homeCarlo and Karen make sure that they help their mother do the differenthousehold chores including the cleaning of the house. Carlo applied a forceof 4N to pull an Bkg small cabinet while Karen applied a force of 2N to pullanother Bkg small cabinet. Compare the acceleration of each cabinet.A. The acceleration of the cabinet pulled by Catlo is 0.5m/s.B. The acceleration of the cabinet pulled by Karen is 0.25m/s.C. The acceleration of the cabinet pulled by Carlo is greater compared tothe acceleration of the cabinet pulled by Karen.D. The acceleration of the cabinet pulled by Carlo is greater compared tothe acceleration of the cabinet pulled by Karen because the forceapplied by Carlo is greater than the force applied by Karen.For number 8, please refer to the illustration below.Newton's Third Law of Motion is known as the Law of Interaction which statesthat for every action there is an equal and opposite reaction.BeactionAction8. Explain how does the Newton's Third Law of Motion is shown?A. A boy pushes the wall.B. A boy exerted a force on the wall.C.A boy exerted a force on the wall and the wall exerted a force backon the boy.D. A boy exerted a force on the wall and the wall exerted a force backon the boy thus the amount of force exerted by the boy is equal to theFor number 9, please refer to the illustration.The Law of Interaction can be applied in sports like swimming as shown below.DOToolsMobile ViewShareEdit on PCAssistant TNT AR@N 19 11:10Edit3 8816For number 9, please refer to the illustration.The Law of Interaction can be applied in sports like swimming as shown below.9. How does the Law of IntelA. The swimmer pushes the wall.B. The swimmer exerted a force on the wall.C. The swimmer exerted a force on the wall and the wall exerted a forceback to the swimmer.D. The swimmer exerted a force on the wall and the wall exerted a forceback to the swimmer thus the amount of force exerted by the swimmeron the wall is equal to the amount of force exerted back to theswimmer.10. What is Gravitational Potential Energy?A. Gravitational potential energy is the energy possess by a body due toits position.B. Gravitational potential energy is equal to the product of weight andheight of the object.C. Gravitational potential energy is the energy stored in an object as theresult of its vertical position or height.D. Gravitational potential energy is equal to the product of the mass of abody, height from the ground and acceleration due to gravity with aconstant value of 9.8 m/s.For number 11 please refer to the illustration below.A skateboarder moves from point W to Z.11. At what point does the skateboarder has the greatest gravitational potentialenergy?A. At point W due to its position.B. At point W the skateboarder has the utmost gravitational potentialenergy.C. The highest gravitational potential energy of the skateboarder is atpoint W.D. At point W due to its position, the higher the position of the body thegreater the gravitational potential energy.12. A 50kg and 40kg man climbed a coconut tree with a height of 15m,Compare the potential energy of each man.A. The potential energy of each man is 7,350J and 5,880J.DOToolsMobile ViewShareEdit on PCAssistant

Answered: Image /qna-images/answer/e2d6df87-9e6f-4ee2-985a-7376debe812a.jpg

6. Mang Lando is the APOR (Authorized Person Outside Residence) of the family. He went to grocery to buy their basic needs. In the grocery he applied a force of 12N to push a 24kg grocery cart. Calculate the acceleration of the cart. What will be the acceleration if he doubled his force? A. The acceleration of the cart is 0.5m/s. B. If he doubled his force the acceleration will be 1m/s. C. The acceleration of the cart is 0.5m/s' if he doubled his force the acceleration will be 1m/s. D. The acceleration of the cart is 0.5m/s if he doubled his force the acceleration will be 1m/s when the force applied is doubled the acceleration is also doubled.

6. Mang Lando is the APOR (Authorized Person Outside Residence) of the family. He went to grocery to buy their basic needs. In the grocery he applied a force of 12N to push a 24kg grocery cart. Calculate the acceleration of the cart. What will be the acceleration if he doubled his force? A. The acceleration of the cart is 0.5m/s. B. If he doubled his force the acceleration will be 1m/s. C. The acceleration of the cart is 0.5m/s' if he doubled his force the acceleration will be 1m/s. D. The acceleration of the cart is 0.5m/s if he doubled his force the acceleration will be 1m/s when the force applied is doubled the acceleration is also doubled.

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

Similar questions

Priya throws a 2-kg rock from a height of 26 m, straight up at 15 m/s. a. How fast will the rock be traveling 3.0 s later? b. What is the maximum height above the ground the rock will reach? c. How fast will the rock be travelling when it hits the ground? d. What would be the maximum height of a 4-kg rock, if thrown in the same manner.
On a separate occasion, Michael threatened to jump from the roof of hisoffice building as a demonstration of seasonal depression. If it takes 1.2seconds for his body to plummet to the ground,a. How fast will he be going when he reaches the ground?b. How far will he have fallen in meters?c. In feet?d. If Michael weighs 185 lbs, what would his force of collision with theground be, in Newtons, if his sudden deceleration upon impact takes0.1 seconds? ( 1 lb = 4.45 N, which means on Earth, a weight of 2.2lbs corresponds to a mass of 1 kg)
mass. You place the mass on the ramp at an angle high enough that the mass starts sliding. You measure the time it takes to fall down a known distance, The time it takes to fall down the 45 degree ramp You have devised an experìment to measure the kinetic coefficient of friction between a ramp and a starting from a standstill is At = 0.55 sec, m-1 kg, and the distance it falls, Az, is 0.5 m. What is ? 7. Ax in At Ug
Newton's Laws SET-UP #1: Object with weight W supported by 2 cords as shown. Quantities to Measure: T₁ = -2.2 NOTE: W = mg _N; 01 = NOTE: T₁x = T₁SinØ₁ T₁y = T₁CosØ, T₂x = T₂Sin0₂ T₂y = T₂CosØ2 02 = T2 40 70 02 1. Draw a pseudo-FBD showing the x and y components of T1 & T2.
Mr. Vollmayer pulls his children (21kg and 24kg) on a sled (5kg). The force of friction on the sled is 60N and he pulls horizontally with 65N. a. What is the normal force on the sled?b. What is the acceleration of the sled?c. How fast will they be moving in 60s if they started from rest?d. How far will they go in this time?
What does "the acceleration is the manifestation of the force" means? a. We know that the existence of an influence, a force, will make an object move and accelerate. b. The force is powerful, as it can influence acceleration in a lot of ways. c. The force is an entity that is being manifested by acceleration. d. When there is acceleration, a force is there to remove it.
A 10kg block sits stationary on the ground. 130N of forward force is applied to it. The coefficient of friction between the block and the ground is 0.8 a. What is this block's acceleration? b. How long will it take this block to move 20m? c. How fast will this block be moving after it has travelled 20m?