Which of the following is true about forces?

Forces act between objects and can be measure

Forces are only present when objects are in motion.

Forces do not affect the motion of objects.

Forces act only when objects are at rest

Which of the following situation shows balanced forces acting on it?

A car accelerating on a highway

A boy pushing the cart to the left

Which of the following situation show unbalanced forces cause motion?

A roller coaster accelerating downward.

A vase resting on a dinner table.

A bag resting on the student arm chair.

A tricycle driving at a constant speed on a flat road

Jose is standing still while watching the performance of his classmate. Which statement correctly describes the forces acting on him?

The downward gravitational force is balanced by the upward normal force of the ground

The gravitational force is acting horizontal.

The forces are unbalanced, causing him to stay in place.

The upward force of the ground is greater than his weight.

A box is resting on an inclined plane. Which condition must be true for the forces to remain balanced?

Along the plane, the component of gravity and the frictional force are equal.

The box is not being affected by any forces.

Down the slope, the box is speeding.

The force of gravity is stronger than the force of friction.

What occurs when there is an unbalance in the forces acting on an object?

The object's motion direction or speed changes.

The object travels at a steady pace.

There is no change in momentum for the object.

When an object experiences balance force, what happens to its net force?

The net force is equal to zero (0).

The net force is not equal to zero (0).

Which of the following situation exhibit an unbalanced force?

All given situation is correct.

The tricycle slows down as it approaches the school zone.

To reach the canteen, the boy makes a left turn.

The vehicle speeds towards the east.

A skydiver jumps over the plane. What unbalanced force causes it to slow down as it goes down?

Both Gravity and Air Resistance

When an unbalanced force occurs on an item, what happens to its motion?

It changes its direction, speed, or both.

Zero (0) is not equal to the net force.

Students are playing tug of war. Group A pulls with a force of 80 N, Group B pulls with 30 N. What happens to the rope?

The rope moves in the direction of 80 N force.

The rope moves in the direction of the 30 N force.

A toy car moves across the floor when you push it. Which of the following best describes what occurred to the car?

The applied force is stronger than friction.

The car slows down due to the unbalance force created by friction.

The car is moving due to balanced forces.

The automobile stops due to gravity.

Which of the following statement describe displacement?

It is the straight-line measurement with direction.

It is always equal to the distance.

It is always greater than the distance.

It does not depend on the direction of motion.

What is the main difference between distance and displacement?

displacement is a vector quantity, distance is a scalar one.

Displacement is the entire length of the journey taken, whereas distance is the shortest path between two sites.

distance is independent of the path's shape, displacement is.

Displacement and distance are always equal.

You leave home and walk 80 km east going to the church to attend mass, then after mass you walk 80 km head back home . What are the distance and displacement?

Distance: 160 km, Displacement: 0 km

Distance: 160 km, Displacement: 160 km

Distance: 0 km, Displacement: 80 km

Distance: 80 km, Displacement: 80 km

Juan bikes at 90 km north, then 60 km south. What is the total distance traveled and the displacement?

Distance: 15 km, Displacement: 3 km north.

Distance: 15 km, Displacement: 3 km south.

Distance: 15 km, Displacement: 3 km.

Distance: 3 km, Displacement: 15 km north.

What is the difference between speed and velocity?

Velocity includes direction, while speed does not.

Speed includes direction, while velocity does not.

is a vector quantity, and velocity is scalar.

vector is always greater than speed

Roque runs 40 m going to north and then 20 m south. If the entire motion takes 10 seconds, what can be said about the athlete’s speed and velocity?

The average speed is 6 m/s, and the velocity is 2 m/s north.

The speed and velocity are the same because of constant motion.

The average speed is 4 m/s, and the velocity is 2 m/s north.

The average speed is 2 m/s, and the velocity is 6 m/s north

If a Juan jogs 800 meters east, then 800 meters west, which of the following is TRUE about their motion?

The cyclist’s average velocity is zero, but their speed is not zero.

The cyclist’s speed and velocity are both zero.

The cyclist’s speed and velocity are the same.

The cyclist’s speed is zero, but their velocity is non-zero.

based on the given motion graph, which conclusion can you make?

The object’s acceleration is increasing.

The object is moving at a constant speed

What does the part B of the distance-time graph tells us about the object movement?

The object is not moving for 1 hour.

The object has a velocity of 1 km.

The object travels 30 kilometers in 2 hours.

The object travels 30 kilometers in 2 hours back to its starting position.

Regarding heat, which of the following is correct?

Energy that moves from hotter to cooler objects is called heat.

Temperature and heat are similar.

Only thermometers are used to measure heat.

The bulk of an object has no effect on its heat.

Which of the following statements best explains the difference between heat and temperature?

Temperature measures the average kinetic energy of the particles, whereas heat is the total energy of the particles.

Temperature measures the total energy of particles, whereas heat measures their average kinetic energy.

Temperature is applicable to all states of matter, whereas heat is only associated with gases.

Temperature and heat are synonymous terms that can be used interchangeably.

While you are cooking sinigang you left the cold metal ladle and you notice its get warmer when it soaks in boiling soup . Which of the following best sums up why this occurred?

Heat transfers from the ladle to the soup, raising the ladle's temperature.

The ladle absorbs light energy, which causes it to warm up.

There is no heat exchange since the ladle and soup are in thermal equilibrium.

The temperature of the ladle rises as heat moves from the soup to it.

Which of the following best exemplifies conduction in everyday situations?

On a chilly day, wearing a thick wool sweater.

stirring a pot of hot soup with a metal spoon.

warming up by sitting by a campfire.

Baking food in a convection oven

What is radiation's disadvantage in the context of heat transfer?

The transfer of heat into the environment is one way it might lead to energy loss.

It doesn't work in a vacuum or in space.

Direct touch between items is necessary.

Through translucent materials, heat cannot be transferred.

Why is it that utilizing metal in hot cookware frequently has a disadvantage of conduction?

Metal can become dangerous to handle when it becomes too hot.

Heat is reflected off of metal, leaving food raw.

When it comes to cooking, metal does not adequately conduct heat.

Metal is inefficient for cooking because it conducts heat too slowly.

Which of the following situations exemplifies conduction in a negative way?

When metal tools are used in a hot environment, they conduct heat rapidly.

cooking food in a metal pan since heat moves from the stove to the pan rapidly.

Because wool gloves keep you warm, you should wear them in chilly weather.

To avoid burns, use a cooking pot with an insulated handle.

Why does a aquaflask bottle effective at keeping hot beverages hot or cold beverages cold?

The double-walled structure with a vacuum minimizes heat loss through conduction, convection,and radiation.

The thermos bottle relies on convection currents to trap heat inside.

The thick metal walls absorb heat and keep the contents warm.

The vacuum inside allows radiation to transfer more efficiently.

Which of the following scenarios shows heat transfer by conduction?

Spoon gets hot absorbing the energy from a hot coffee

You feel the heat from the bonfire

Which of the following examples best illustrates heat transfer by convection?

Spoon gets hot absorbing the energy from a hot coffee

You feel the heat from the bonfire

QUARTER 3 REVIEWER

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West

East

6.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

While riding your bicycle to your friend’s house, you notice that you are moving downhill without pedaling or exerting effort to control the wheels. What force between the bike and the Earth is responsible for this downward motion?

Frictional force

Tension force

Gravitational force

Magnetic force

7.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What is the SI unit of force?

Kilogram (kg)

Kelvin (K)

Newton (N)

Joule (J)

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QUARTER 3 REVIEWER

59 questions

Which letter shows normal force?

Which letter shows gravitational force?

Which letter shows the applied force?

Which letter shows frictional force?

Based on the illustration, in what direction does the applied force go?

While riding your bicycle to your friend’s house, you notice that you are moving downhill without pedaling or exerting effort to control the wheels. What force between the bike and the Earth is responsible for this downward motion?

What is the SI unit of force?

Which of the following is true about forces?

When you put the notebook on the table and it’s not moving, what type of force is acting on it?

Which of the following situation shows balanced forces acting on it?

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