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Measurement and Quantities Quiz

Total questions: 50

Worksheet time: 25mins

Name
Class
Date
1.

Everything that can be measured and expressed with a number is called...

a)

Value

b)

Measurement

c)

Quantity

d)

Unit

2.

The comparative standard used in measurement to give meaning to the number is called...

a)

Constant

b)

Unit

c)

Quantity

d)

Value

3.

In the measurement result "10 kilogram of rice," the value is

a)

kilogram

b)

rice

c)

10 kilogram

d)

10

4.

In the measurement result "25 seconds," the unit is

a)

Time

b)

Length

c)

detik (second)

d)

25

5.

The standard unit system used universally in the world of science is...

a)

Metric System

b)

International System

c)

MKS System

d)

CGS System

6.

Quantities allow us to change qualitative (subjective) descriptions into...

a)

Explanation

b)

Subjective Description

c)

Comparison

d)

Quantitative Description

7.

The failure of the Mars Climate Orbiter spacecraft was caused by an error in the use of...

a)

Measuring tool

b)

Quantity

c)

Unit

d)

Value

8.

Units ensure that an experiment is universal and can be... (repeated) by other scientists.

a)

Confirmed

b)

Determined

c)

Replicated

d)

Ignored

9.

If physics is a recipe, then quantities are the ingredients, and units are the

a)

Goal

b)

Measure/Dosage

c)

Result

d)

Tool

10.

The main purpose of having standard units is to create a measurement language that is

a)

Exclusive

b)

Unique

c)

Flexible

d)

Universal

11.

Measuring the length of a table using a handspan is an example of using a unit that is a(n)

a)

Non-Standard Unit

b)

SI Unit

c)

Standard Unit

d)

International Unit

12.

The units meter, kilogram, and second are examples of

a)

Non-Standard Units

b)

Standard Units

c)

Conventional Units

d)

Derived Units

13.

How close the measurement result is to the true value is called...

a)

Precision

b)

Consistency

c)

Conclusion

d)

Accuracy

14.

How consistent the measurement results are when performed repeatedly is called...

a)

Accuracy

b)

True Value

c)

Precision

d)

Validity

15.

An archer shoots all of their arrows at the same point, but far from the center of the target. The shots can be said to be...

a)

Inaccurate and Imprecise

b)

Accurate but Imprecise

c)

Accurate and Precise

d)

Precise but Inaccurate

16.

A quantity that serves as the foundation and is not derived from other quantities is called a(n)

a)

Scalar Quantity

b)

Derived Quantity

c)

Base Quantity

d)

Vector Quantity

17.

The SI unit for the base quantity Length is

a)

inch

b)

kilometer

c)

meter

d)

centimeter

18.

The symbol for the SI unit of the quantity Mass is

a)

g

b)

m

c)

kg

d)

M

19.

The amount of matter contained in an object is the definition of the quantity

a)

Time

b)

Weight

c)

Length

d)

Mass

20.

The amount of matter contained in an object is the definition of the quantity

a)

Mass

b)

Length

c)

Time

d)

Weight

21.

The SI unit for Temperature used in scientific calculations is...

a)

Fahrenheit

b)

Reamur

c)

Celsius

d)

Kelvin

22.

The tool for measuring electric current is

a)

Ammeter

b)

Voltmeter

c)

Ohmmeter

d)

Thermometer

23.

The base quantity that has the unit 'mol' is

a)

Number of Particles

b)

Luminous Intensity

c)

Amount of Substance

d)

Temperature

24.

The unit 'candela' (cd) is used to measure the base quantity

a)

Electric Current

b)

Luminous Intensity

c)

Amount of Substance

d)

Length

25.

The duration or time interval between two events is the definition of the base quantity

a)

Length

b)

Time

c)

Distance

d)

Speed

26.

What is the total number of base quantities in the International System (SI)?

a)

Six

b)

Eight

c)

Seven

d)

Five

27.

A quantity formed from the combination of base quantities is called a(n) ... quantity.

a)

Vector Quantity

b)

Derived Quantity

c)

Scalar Quantity

d)

Base Quantity

28.

The unit for Area in SI is

a)

square meter (m2)

b)

meter

c)

square second

d)

cubic meter

29.

The quantity derived from length divided by time is...

a)

Time

b)

Density

c)

Speed

d)

Acceleration

30.

The unit for the derived quantity Force is

a)

Newton

b)

Watt

c)

Pascal

d)

Joule

31.

The formula to find Density is mass divided by...

a)

Volume

b)

Force

c)

Length

d)

Time

32.

The unit for Power is Watt, which is equivalent to... per second.

a)

Volt

b)

Joule

c)

Pascal

d)

Newton

33.

The unit m/s2 (meter per square second) is for the quantity

a)

Velocity

b)

Distance

c)

Acceleration

d)

Force

34.

Volume is a derived quantity that is elaborated from the base quantity...

a)

Length

b)

Time

c)

Mass

d)

Area

35.

A quantity that only has a value is called a(n)

a)

Derived Quantity

b)

Base Quantity

c)

Vector Quantity

d)

Scalar Quantity

36.

A quantity that has both value and direction is called a(n)

a)

Base Quantity

b)

Derived Quantity

c)

Scalar Quantity

d)

Vector Quantity

37.

Distance, speed, and mass are examples of

a)

Scalar Quantities

b)

Derived Quantities

c)

Vector Quantities

d)

Base Quantities

38.

Force, velocity, and displacement are examples of

a)

Derived Quantities

b)

Base Quantities

c)

Vector Quantities

d)

Scalar Quantities

39.

The total length of the path traveled by an object without considering direction is called...

a)

Distance

b)

Displacement

c)

Velocity

d)

Speed

40.

The change in position from the starting point to the ending point with consideration of direction is called...

a)

Displacement

b)

Speed

c)

Distance

d)

Rate

41.

The number indicated by a motorcycle's speedometer is an example of a(n) ... quantity.

a)

Scalar

b)

Acceleration

c)

Displacement

d)

Vector

42.

To determine the type of quantity, we must ask: "Is the ... important?"

a)

Amount

b)

Result

c)

Value

d)

Direction

43.

Weight is an example of a vector quantity because it always has a direction toward the center of the...

a)

Earth

b)

Room

c)

Gravity

d)

Object

44.

The rate of change of velocity is the definition of the quantity...

a)

Acceleration

b)

Velocity

c)

Force

d)

Speed

45.

Vector quantities are often illustrated using

a)

Dot

b)

Arrow

c)

Circle

d)

Straight Line

46.

The quantity Pressure is a(n) ... quantity.

a)

Vector

b)

Derived Vector

c)

Scalar

d)

Base

47.

The tendency of an object to resist changes in its state of motion is called...

a)

Inertia

b)

Velocity

c)

Acceleration

d)

Force

48.

When a car speeds up and then makes a sharp turn, our body is thrown outward. This phenomenon is an example of

a)

Centripetal Force

b)

Friction Force

c)

Newton's Second Law

d)

Inertia

49.

Inertia is not a ..., but rather a property of the object.

a)

Gaya (Force)

b)

Besaran (Quantity)

c)

Satuan (Unit)

d)

Nilai (Value)

50.

Mass is the quantitative measure of...

a)

Force

b)

Inertia

c)

Volume

d)

Velocity