WorksheetsMeasurement and Quantities Quiz
Total questions: 50
Worksheet time: 25mins
Everything that can be measured and expressed with a number is called...
Value
Measurement
Quantity
Unit
The comparative standard used in measurement to give meaning to the number is called...
Constant
Unit
Quantity
Value
In the measurement result "10 kilogram of rice," the value is
kilogram
rice
10 kilogram
10
In the measurement result "25 seconds," the unit is
Time
Length
detik (second)
25
The standard unit system used universally in the world of science is...
Metric System
International System
MKS System
CGS System
Quantities allow us to change qualitative (subjective) descriptions into...
Explanation
Subjective Description
Comparison
Quantitative Description
The failure of the Mars Climate Orbiter spacecraft was caused by an error in the use of...
Measuring tool
Quantity
Unit
Value
Units ensure that an experiment is universal and can be... (repeated) by other scientists.
Confirmed
Determined
Replicated
Ignored
If physics is a recipe, then quantities are the ingredients, and units are the
Goal
Measure/Dosage
Result
Tool
The main purpose of having standard units is to create a measurement language that is
Exclusive
Unique
Flexible
Universal
Measuring the length of a table using a handspan is an example of using a unit that is a(n)
Non-Standard Unit
SI Unit
Standard Unit
International Unit
The units meter, kilogram, and second are examples of
Non-Standard Units
Standard Units
Conventional Units
Derived Units
How close the measurement result is to the true value is called...
Precision
Consistency
Conclusion
Accuracy
How consistent the measurement results are when performed repeatedly is called...
Accuracy
True Value
Precision
Validity
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...
Inaccurate and Imprecise
Accurate but Imprecise
Accurate and Precise
Precise but Inaccurate
A quantity that serves as the foundation and is not derived from other quantities is called a(n)
Scalar Quantity
Derived Quantity
Base Quantity
Vector Quantity
The SI unit for the base quantity Length is
inch
kilometer
meter
centimeter
The symbol for the SI unit of the quantity Mass is
g
m
kg
M
The amount of matter contained in an object is the definition of the quantity
Time
Weight
Length
Mass
The amount of matter contained in an object is the definition of the quantity
Mass
Length
Time
Weight
The SI unit for Temperature used in scientific calculations is...
Fahrenheit
Reamur
Celsius
Kelvin
The tool for measuring electric current is
Ammeter
Voltmeter
Ohmmeter
Thermometer
The base quantity that has the unit 'mol' is
Number of Particles
Luminous Intensity
Amount of Substance
Temperature
The unit 'candela' (cd) is used to measure the base quantity
Electric Current
Luminous Intensity
Amount of Substance
Length
The duration or time interval between two events is the definition of the base quantity
Length
Time
Distance
Speed
What is the total number of base quantities in the International System (SI)?
Six
Eight
Seven
Five
A quantity formed from the combination of base quantities is called a(n) ... quantity.
Vector Quantity
Derived Quantity
Scalar Quantity
Base Quantity
The unit for Area in SI is
square meter (m2)
meter
square second
cubic meter
The quantity derived from length divided by time is...
Time
Density
Speed
Acceleration
The unit for the derived quantity Force is
Newton
Watt
Pascal
Joule
The formula to find Density is mass divided by...
Volume
Force
Length
Time
The unit for Power is Watt, which is equivalent to... per second.
Volt
Joule
Pascal
Newton
The unit m/s2 (meter per square second) is for the quantity
Velocity
Distance
Acceleration
Force
Volume is a derived quantity that is elaborated from the base quantity...
Length
Time
Mass
Area
A quantity that only has a value is called a(n)
Derived Quantity
Base Quantity
Vector Quantity
Scalar Quantity
A quantity that has both value and direction is called a(n)
Base Quantity
Derived Quantity
Scalar Quantity
Vector Quantity
Distance, speed, and mass are examples of
Scalar Quantities
Derived Quantities
Vector Quantities
Base Quantities
Force, velocity, and displacement are examples of
Derived Quantities
Base Quantities
Vector Quantities
Scalar Quantities
The total length of the path traveled by an object without considering direction is called...
Distance
Displacement
Velocity
Speed
The change in position from the starting point to the ending point with consideration of direction is called...
Displacement
Speed
Distance
Rate
The number indicated by a motorcycle's speedometer is an example of a(n) ... quantity.
Scalar
Acceleration
Displacement
Vector
To determine the type of quantity, we must ask: "Is the ... important?"
Amount
Result
Value
Direction
Weight is an example of a vector quantity because it always has a direction toward the center of the...
Earth
Room
Gravity
Object
The rate of change of velocity is the definition of the quantity...
Acceleration
Velocity
Force
Speed
Vector quantities are often illustrated using
Dot
Arrow
Circle
Straight Line
The quantity Pressure is a(n) ... quantity.
Vector
Derived Vector
Scalar
Base
The tendency of an object to resist changes in its state of motion is called...
Inertia
Velocity
Acceleration
Force
When a car speeds up and then makes a sharp turn, our body is thrown outward. This phenomenon is an example of
Centripetal Force
Friction Force
Newton's Second Law
Inertia
Inertia is not a ..., but rather a property of the object.
Gaya (Force)
Besaran (Quantity)
Satuan (Unit)
Nilai (Value)
Mass is the quantitative measure of...
Force
Inertia
Volume
Velocity
