1. What property does an object’s mass represent? A.Gravity c. speed B. Inertia D. weight 2. What is...

Kung naghahanap ka ng mga sagot sa tanong na: 1. What property does an object’s mass represent? A.Gravity c. speed B. Inertia D. weight 2. What is…, napunta ka sa tamang lugar.
Narito ang ilang sagot sa tanong na ito. Mangyaring basahin ang higit pa.

Tanong

1. What property does an object’s mass represent?
A.Gravity c. speed
B. Inertia D. weight

2. What is the mass of a 100-newton person?
A. 9.8kg. C. 109 kg
B. 11 kg D. 915 kg

3. Which of the following explains the state of an object to remain at rest?
A. Gravity C. speed
B. Inertia D. weight
4. A ball freely falls from the top of a buikding because it is pulled by rhe Earth. Which of the following statements is true about the forces of interaction between the ball and the earth?
A. The Earth’s pull on the ball is equal to the ball’s pull on the earth.
B. The Earth’s pull on the ball is less tahn the ball’s pull on the Earth.
C. The Earth’s pull on the ball is greater than the bal’s ull on the Earth.
D. The Earth’s pull on theb ball is cancelled by the ball’s pull on the Earth.
5. Which of the following is an example is an example of an object in equilibrium?
A. A free-falling body
B. A marathoner at the finish line
C. A taxi leaving an intersection as soon as the traffic light turns green
D. A space probe moving in deep space, with all engines shut down

6. When a car collides with another object, the object exerts a force on the car as well. This force is called _____?
A. Gravity c. speed
B. Inertia D. Reaction Force

7. Which of the following explains the limping of the strap of the bag when you put it down on the surface?
A. Gravity C. speed
B. Inertia D. tension
8. Which of the following is the standard unit to measure the force on the object?
A. Kilogram C. Newton
B. Gram D. m/s2
9. Which of the following is the unit of force in the CGS system?
A. Newton C. Erg
B. Dyne D. kg.m/s
10. In which of the following situations is the force doing work?
A. A backpacker is hiking along a fat path carrying a heavy back pack.
B. An elephant is pushing another plant, neither elepehant is moving
C. A atho vendor is walkign around the neighborhood carrying two heavy heavy buckets of taho.
D. The gravitational force pulls down on a rock that is free falling.
11. All are examples of contact forces except ________.
A. magnet on a paper C. tension
B. Compression D. friction
12. What do you call the force exerted by the sun, planets, asteroids, comets, stars, and galaxies on one another?
A. Gravitational force C. Normal force
B. Inertia D. Tension
13. Which of the following as certains the reasons why objects move the way they do, and why some objects move fast while some are slow?
A. Law of equilibrium C. Law of Reaction
B. Dynamics D. Law of Interaction
14. It refers to the sum of all forces acting on an object. Its also the Resultant Force.
A. Total acceleration C. Net Force
B. Total Inertia D. Total Mass
15. When a nonzero net force acting on an object it is balanced by one single force and it is called __________?
A. Acceleration C. Inertia
B. Magnets D. Equilibrant
16. What happens to an object when its force is not zero and there is an external force applied on it?
A. The object remains at rest. C. The object will be as is.
B. The object will be in stationary. D. The object will moved.
17. Which of the following is the reason why an object accelerates?
A. Because of the mass of the object.
B. Due to the weight of the object.
C. Because of the net force that acts on it.
D. Due to the inward force from the object itself.
18. Which of the following is related to how many atoms make it up so it doesn’t change as the object is transported from place to place?
A. Due to gravity. C. Due to the net force.
B. Due to the mass of an object. D. Due to the inward force of an object.
19. Which of the following explains walking and running made possible?
A. Law of Interaction C. Law of Inertia
B. Law of Acceleration D. Law of Attraction
20. Which of the following prevents two objects from sliding against each other?
A. Kinetic Friction .C. Gravitational Force
B. Static Friction D.Law of Attraction
21. Which of the following exists when objects slide against each other, like in the case of moving machine arts?
A. Kinetic Friction C. Gravitational Force
B. Static Friction D. Law of Attraction
22. Which of the following can increases friction?
A. Magnets C. wood
B. Papers D. lubricants
23. Which of the following helps to reduce or eliminate sliding friction between the wheel and the axle?
A. Bearing C. wood
B. Paper D. lubricant
24. Suppose a cart has a kinetic energy of 0.5 J. If you add enough mass to double the mass asnd make the cart go three times as fast, its kinetic energy is now—–?
A. 6 J B. 18 J C. 3 J D.9 J

.
25. Two equal mass marbles are at the top of a ramp. One marble falls to the ground off the back while the other rolls down the ramp. What is true about the marbles when they reach the ground?

A. The marble that rolled down the ramp is moving faster than the marble that fell.
B. The marble that fell down the back of the ramp is moving faster than the marble that rolled.
C. The marble that rolled down the ramp is not moving when it reaches the ground.
D. The two marbles are moving with the same speed.

Mga sagot sa #1 sa Tanong: 1. What property does an object’s mass represent?
A.Gravity c. speed
B. Inertia D. weight

2. What is the mass of a 100-newton person?
A. 9.8kg. C. 109 kg
B. 11 kg D. 915 kg

3. Which of the following explains the state of an object to remain at rest?
A. Gravity C. speed
B. Inertia D. weight
4. A ball freely falls from the top of a buikding because it is pulled by rhe Earth. Which of the following statements is true about the forces of interaction between the ball and the earth?
A. The Earth’s pull on the ball is equal to the ball’s pull on the earth.
B. The Earth’s pull on the ball is less tahn the ball’s pull on the Earth.
C. The Earth’s pull on the ball is greater than the bal’s ull on the Earth.
D. The Earth’s pull on theb ball is cancelled by the ball’s pull on the Earth.
5. Which of the following is an example is an example of an object in equilibrium?
A. A free-falling body
B. A marathoner at the finish line
C. A taxi leaving an intersection as soon as the traffic light turns green
D. A space probe moving in deep space, with all engines shut down

6. When a car collides with another object, the object exerts a force on the car as well. This force is called _____?
A. Gravity c. speed
B. Inertia D. Reaction Force

7. Which of the following explains the limping of the strap of the bag when you put it down on the surface?
A. Gravity C. speed
B. Inertia D. tension
8. Which of the following is the standard unit to measure the force on the object?
A. Kilogram C. Newton
B. Gram D. m/s2
9. Which of the following is the unit of force in the CGS system?
A. Newton C. Erg
B. Dyne D. kg.m/s
10. In which of the following situations is the force doing work?
A. A backpacker is hiking along a fat path carrying a heavy back pack.
B. An elephant is pushing another plant, neither elepehant is moving
C. A atho vendor is walkign around the neighborhood carrying two heavy heavy buckets of taho.
D. The gravitational force pulls down on a rock that is free falling.
11. All are examples of contact forces except ________.
A. magnet on a paper C. tension
B. Compression D. friction
12. What do you call the force exerted by the sun, planets, asteroids, comets, stars, and galaxies on one another?
A. Gravitational force C. Normal force
B. Inertia D. Tension
13. Which of the following as certains the reasons why objects move the way they do, and why some objects move fast while some are slow?
A. Law of equilibrium C. Law of Reaction
B. Dynamics D. Law of Interaction
14. It refers to the sum of all forces acting on an object. Its also the Resultant Force.
A. Total acceleration C. Net Force
B. Total Inertia D. Total Mass
15. When a nonzero net force acting on an object it is balanced by one single force and it is called __________?
A. Acceleration C. Inertia
B. Magnets D. Equilibrant
16. What happens to an object when its force is not zero and there is an external force applied on it?
A. The object remains at rest. C. The object will be as is.
B. The object will be in stationary. D. The object will moved.
17. Which of the following is the reason why an object accelerates?
A. Because of the mass of the object.
B. Due to the weight of the object.
C. Because of the net force that acts on it.
D. Due to the inward force from the object itself.
18. Which of the following is related to how many atoms make it up so it doesn’t change as the object is transported from place to place?
A. Due to gravity. C. Due to the net force.
B. Due to the mass of an object. D. Due to the inward force of an object.
19. Which of the following explains walking and running made possible?
A. Law of Interaction C. Law of Inertia
B. Law of Acceleration D. Law of Attraction
20. Which of the following prevents two objects from sliding against each other?
A. Kinetic Friction .C. Gravitational Force
B. Static Friction D.Law of Attraction
21. Which of the following exists when objects slide against each other, like in the case of moving machine arts?
A. Kinetic Friction C. Gravitational Force
B. Static Friction D. Law of Attraction
22. Which of the following can increases friction?
A. Magnets C. wood
B. Papers D. lubricants
23. Which of the following helps to reduce or eliminate sliding friction between the wheel and the axle?
A. Bearing C. wood
B. Paper D. lubricant
24. Suppose a cart has a kinetic energy of 0.5 J. If you add enough mass to double the mass asnd make the cart go three times as fast, its kinetic energy is now—–?
A. 6 J B. 18 J C. 3 J D.9 J

.
25. Two equal mass marbles are at the top of a ramp. One marble falls to the ground off the back while the other rolls down the ramp. What is true about the marbles when they reach the ground?

A. The marble that rolled down the ramp is moving faster than the marble that fell.
B. The marble that fell down the back of the ramp is moving faster than the marble that rolled.
C. The marble that rolled down the ramp is not moving when it reaches the ground.
D. The two marbles are moving with the same speed.

Answer:

1?a

2.b

3.a5.d

Explanation:

hope help

#carry on learning

Mga sagot sa #2 sa Tanong: 1. What property does an object’s mass represent?
A.Gravity c. speed
B. Inertia D. weight

2. What is the mass of a 100-newton person?
A. 9.8kg. C. 109 kg
B. 11 kg D. 915 kg

3. Which of the following explains the state of an object to remain at rest?
A. Gravity C. speed
B. Inertia D. weight
4. A ball freely falls from the top of a buikding because it is pulled by rhe Earth. Which of the following statements is true about the forces of interaction between the ball and the earth?
A. The Earth’s pull on the ball is equal to the ball’s pull on the earth.
B. The Earth’s pull on the ball is less tahn the ball’s pull on the Earth.
C. The Earth’s pull on the ball is greater than the bal’s ull on the Earth.
D. The Earth’s pull on theb ball is cancelled by the ball’s pull on the Earth.
5. Which of the following is an example is an example of an object in equilibrium?
A. A free-falling body
B. A marathoner at the finish line
C. A taxi leaving an intersection as soon as the traffic light turns green
D. A space probe moving in deep space, with all engines shut down

6. When a car collides with another object, the object exerts a force on the car as well. This force is called _____?
A. Gravity c. speed
B. Inertia D. Reaction Force

7. Which of the following explains the limping of the strap of the bag when you put it down on the surface?
A. Gravity C. speed
B. Inertia D. tension
8. Which of the following is the standard unit to measure the force on the object?
A. Kilogram C. Newton
B. Gram D. m/s2
9. Which of the following is the unit of force in the CGS system?
A. Newton C. Erg
B. Dyne D. kg.m/s
10. In which of the following situations is the force doing work?
A. A backpacker is hiking along a fat path carrying a heavy back pack.
B. An elephant is pushing another plant, neither elepehant is moving
C. A atho vendor is walkign around the neighborhood carrying two heavy heavy buckets of taho.
D. The gravitational force pulls down on a rock that is free falling.
11. All are examples of contact forces except ________.
A. magnet on a paper C. tension
B. Compression D. friction
12. What do you call the force exerted by the sun, planets, asteroids, comets, stars, and galaxies on one another?
A. Gravitational force C. Normal force
B. Inertia D. Tension
13. Which of the following as certains the reasons why objects move the way they do, and why some objects move fast while some are slow?
A. Law of equilibrium C. Law of Reaction
B. Dynamics D. Law of Interaction
14. It refers to the sum of all forces acting on an object. Its also the Resultant Force.
A. Total acceleration C. Net Force
B. Total Inertia D. Total Mass
15. When a nonzero net force acting on an object it is balanced by one single force and it is called __________?
A. Acceleration C. Inertia
B. Magnets D. Equilibrant
16. What happens to an object when its force is not zero and there is an external force applied on it?
A. The object remains at rest. C. The object will be as is.
B. The object will be in stationary. D. The object will moved.
17. Which of the following is the reason why an object accelerates?
A. Because of the mass of the object.
B. Due to the weight of the object.
C. Because of the net force that acts on it.
D. Due to the inward force from the object itself.
18. Which of the following is related to how many atoms make it up so it doesn’t change as the object is transported from place to place?
A. Due to gravity. C. Due to the net force.
B. Due to the mass of an object. D. Due to the inward force of an object.
19. Which of the following explains walking and running made possible?
A. Law of Interaction C. Law of Inertia
B. Law of Acceleration D. Law of Attraction
20. Which of the following prevents two objects from sliding against each other?
A. Kinetic Friction .C. Gravitational Force
B. Static Friction D.Law of Attraction
21. Which of the following exists when objects slide against each other, like in the case of moving machine arts?
A. Kinetic Friction C. Gravitational Force
B. Static Friction D. Law of Attraction
22. Which of the following can increases friction?
A. Magnets C. wood
B. Papers D. lubricants
23. Which of the following helps to reduce or eliminate sliding friction between the wheel and the axle?
A. Bearing C. wood
B. Paper D. lubricant
24. Suppose a cart has a kinetic energy of 0.5 J. If you add enough mass to double the mass asnd make the cart go three times as fast, its kinetic energy is now—–?
A. 6 J B. 18 J C. 3 J D.9 J

.
25. Two equal mass marbles are at the top of a ramp. One marble falls to the ground off the back while the other rolls down the ramp. What is true about the marbles when they reach the ground?

A. The marble that rolled down the ramp is moving faster than the marble that fell.
B. The marble that fell down the back of the ramp is moving faster than the marble that rolled.
C. The marble that rolled down the ramp is not moving when it reaches the ground.
D. The two marbles are moving with the same speed.

Answer:

1a 2b 3 d 4 a 5 c

Explanation:

Yan Lang po alam ko hehe

Napakaraming tanong at sagot tungkol sa 1. What property does an object’s mass represent? A.Gravity c. speed B. Inertia D. weight 2. What is…, sana ay makatulong ito sa paglutas ng iyong problema.

helpedia.org