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Science Post-Test

Total questions: 50

Worksheet time: 25mins

Name
Class
Date
1.

What is a force?

a)

A shape changer

b)

A push or a pull

c)

A stationary object

d)

A type of energy

2.

Which of the following is an example of a contact force?

a)

Frictional Force

b)

Gravity

c)

Electromagnetic Force

d)

Nuclear Force

3.

Who is credited with discovering gravity?

a)

Galileo Galilei

b)

Isaac Newton

c)

Albert Einstein

d)

Nikola Tesla

4.

Which force keeps planets in orbit?

a)

Electromagnetic force

b)

Applied force

c)

Gravitational force

d)

Frictional force

5.

What is the value of acceleration due to gravity on Earth?

a)

8.9 m/s²

b)

10.0 m/s²

c)

9.8 m/s²

d)

12.5 m/s²

6.

What does acceleration refer to?

a)

The rate of change of distance

b)

The rate of change of velocity

c)

The rate of motion

d)

A constant speed

7.

Which of the following describes displacement?

a)

The total length of a path taken

b)

The straight-line distance between two points

c)

The speed of an object

d)

The time taken to cover a distance

8.

What is a scalar quantity?

a)

A quantity with only direction

b)

A quantity with only magnitude

c)

A quantity with both magnitude and direction

d)

A vector

9.

What is a vector quantity?

a)

A quantity with magnitude and direction

b)

A quantity with magnitude only

c)

A measure of force

d)

The rate of motion

10.

What force holds the protons and neutrons within the nucleus?

a)

Gravitational Force

b)

Electromagnetic Force

c)

Nuclear Force

d)

Applied Force

11.

What is the primary function of friction?

a)

To pull objects toward the center of the Earth

b)

To oppose motion between surfaces

c)

To support objects in contact with surfaces

d)

To increase the speed of an object

12.

What does speed measure?

a)

The force applied to an object

b)

The distance traveled per unit time

c)

The acceleration of an object

d)

The change in velocity

13.

Who formulated the laws of motion?

a)

Isaac Newton

b)

Galileo Galilei

c)

Albert Einstein

d)

Aristotle

14.

What type of force is responsible for keeping a satellite in orbit?

a)

Electromagnetic force

b)

Gravitational force

c)

Frictional force

d)

Normal force

15.

What is inertia?

a)

The rate of velocity change

b)

The tendency of an object to resist changes in its motion

c)

The acceleration due to gravity

d)

A type of electromagnetic force

16.

What is the SI unit for mass?

a)

Kilogram

b)

Meter

c)

Newton

d)

Joule

17.

What is the force of attraction between objects due to their masses?

a)

Electromagnetic force

b)

Nuclear force

c)

Gravitational force

d)

Applied force

18.

What is the formula for calculating force?

a)

F = ma

b)

F = mv

c)

F = d/t

d)

F = v/t

19.

What is nuclear fission?

a)

The splitting of a heavy nucleus

b)

The fusion of light nuclei

c)

The attraction of electrons

d)

The repulsion of protons

20.

What is the primary difference between speed and velocity?

a)

Velocity includes direction

b)

Speed includes force

c)

Speed includes direction

d)

Velocity is faster

21.

How does road safety relate to speed limits?

a)

Speed limits are only suggestions

b)

Observing speed limits can prevent accidents

c)

Speed limits have no impact on safety

d)

Speed limits should be ignored in emergencies

22.

What is the primary cause of road accidents related to speed?

a)

Not following speed limits

b)

Excessive vehicle maintenance

c)

Lack of road signs

d)

Ineffective traffic signals

23.

What does a non-contact force involve?

a)

Interaction without physical touch

b)

Direct physical contact

c)

Force applied through a medium

d)

Force generated by friction

24.

What is the main difference between scalar and vector quantities?

a)

Scalar quantities include direction

b)

Vector quantities include both magnitude and direction

c)

Scalar quantities are faster

d)

Vector quantities are always constant

25.

What does distance measure?

a)

The total amount of ground covered

b)

The straight-line distance between two points

c)

The change in position from start to end

d)

The speed of an object

26.

Which of the following correctly describes displacement?

a)

The total length of the path traveled by an object

b)

The straight-line distance and direction from the starting point to the ending point

c)

The average speed over a period of time

d)

The rate of change of speed

27.

What does the particle theory of matter state?

a)

Matter is static and not in motion

b)

Matter is made of large particles only

c)

Matter consists of small particles in constant motion

d)

Matter does not have attractive forces

28.

In solids, how are particles arranged?

a)

Tightly packed and vibrating in place

b)

Far apart and moving freely

c)

Not in contact with each other

d)

Arranged in random patterns

29.

What type of energy is thermal energy?

a)

Chemical energy

b)

Energy related to the motion of particles

c)

Electrical energy

d)

Mechanical energy

30.

How does heat flow between bodies?

a)

From higher to lower temperature

b)

From lower to higher temperature

c)

From one body to another without temperature difference

d)

Randomly without regard to temperature

31.

What does temperature measure?

a)

The degree of 'hotness' or 'coldness'

b)

The total energy of an object

c)

The amount of heat transferred

d)

The speed of particles in a substance

32.

Which temperature scale was invented by Anders Celsius?

a)

Fahrenheit

b)

Kelvin

c)

Celsius

d)

Rankine

33.

How does adding heat to a substance affect its particles?

a)

Particles move faster

b)

Particles move slower

c)

Particles stop moving

d)

Particles stay the same speed

34.

What happens at the melting point of a substance?

a)

A liquid turns into a gas

b)

A solid turns into a liquid

c)

A gas turns into a liquid

d)

A liquid turns into a solid

35.

What is convection?

a)

Transfer of heat by direct contact

b)

Transfer of heat through radiation

c)

Transfer of heat by the movement of fluids

d)

Transfer of heat by conduction

36.

Which is an example of conduction?

a)

Heat from the sun warming the Earth

b)

Warm air rising in a room

c)

Touching a hot pan and feeling the heat

d)

Heat traveling through space

37.

How does an induction stove work?

a)

By using an open flame

b)

By transferring energy through a magnetic field

c)

By heating the air around the pot

d)

By using electrical resistance

38.

What is a thermal insulator?

a)

A material that slows down or blocks heat transfer

b)

A material that transfers heat easily

c)

A material that absorbs heat

d)

A material that increases energy transfer

39.

How do convection currents help aquatic organisms?

a)

By mixing nutrients and dissolved gases

b)

By blocking harmful substances

c)

By cooling the water surface

d)

By increasing the water temperature

40.

What is a common use of thermal insulators in everyday life?

a)

Reducing unwanted heat transfer in homes

b)

Conducting heat efficiently in cooking

c)

Allowing heat to pass through easily

d)

Increasing heat transfer in electronics

41.

What is one way to reduce greenhouse gas emissions?

a)

Using alternative energy sources like solar power

b)

Increasing fossil fuel consumption

c)

Cutting down more trees

d)

Burning more coal and oil

42.

Why are metals generally good thermal conductors?

a)

They have a low density

b)

Their particles are tightly packed and allow efficient heat transfer

c)

They absorb heat quickly

d)

They prevent heat from passing through

43.

What does the Celsius scale measure?

a)

Temperature of metals

b)

Heat energy

c)

Temperature in degrees Celsius

d)

Kinetic energy of particles

44.

How does convection work in fluids like water?

a)

Hot water rises and cold water sinks, creating a current

b)

Heat is transferred through direct contact

c)

Heat moves through waves

d)

Heat is absorbed by the water's surface

45.

What is the purpose of thermal insulators in cooking?

a)

To conduct heat better

b)

To absorb heat

c)

To prevent heat from escaping

d)

To increase heat transfer

46.

What does the Kelvin scale measure?

a)

Kinetic energy

b)

Heat energy

c)

Temperature

d)

Speed of particles

47.

How does adding heat affect the phase of a substance?

a)

It can change the substance from solid to liquid or liquid to gas

b)

It only increases the temperature without changing phase

c)

It decreases the temperature and solidifies the substance

d)

It makes the substance colder and denser

48.

What is the role of the atmosphere in heat transfer?

a)

It blocks all heat from the sun

b)

It traps some heat and maintains Earth's temperature

c)

It transfers heat to space

d)

It cools down the Earth's surface

49.

What is an example of a thermal conductor?

a)

Metal spoon

b)

Wood

c)

Rubber

d)

Cloth

50.

What is the benefit of using solar energy in the Philippines?

a)

It increases the cost of electricity

b)

It reduces electricity bills and helps in energy supply

c)

It causes the temperature to drop significantly

d)

It makes traditional energy sources less efficient