Physical Quantities Assessment
Evaluate your understanding of fundamental physical quantities, units, and their properties.
Full Name
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First Name
Last Name
Email Address
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example@example.com
Please match each physical quantity with its correct SI unit and quantity type.
*
Rows
SI Unit
Quantity Type
Length
meter (m)
kilogram (kg)
second (s)
ampere (A)
kelvin (K)
mole (mol)
candela (cd)
newton (N)
joule (J)
pascal (Pa)
watt (W)
Base
Derived
Mass
meter (m)
kilogram (kg)
second (s)
ampere (A)
kelvin (K)
mole (mol)
candela (cd)
newton (N)
joule (J)
pascal (Pa)
watt (W)
Base
Derived
Time
meter (m)
kilogram (kg)
second (s)
ampere (A)
kelvin (K)
mole (mol)
candela (cd)
newton (N)
joule (J)
pascal (Pa)
watt (W)
Base
Derived
Electric Current
meter (m)
kilogram (kg)
second (s)
ampere (A)
kelvin (K)
mole (mol)
candela (cd)
newton (N)
joule (J)
pascal (Pa)
watt (W)
Base
Derived
Temperature
meter (m)
kilogram (kg)
second (s)
ampere (A)
kelvin (K)
mole (mol)
candela (cd)
newton (N)
joule (J)
pascal (Pa)
watt (W)
Base
Derived
Amount of Substance
meter (m)
kilogram (kg)
second (s)
ampere (A)
kelvin (K)
mole (mol)
candela (cd)
newton (N)
joule (J)
pascal (Pa)
watt (W)
Base
Derived
Luminous Intensity
meter (m)
kilogram (kg)
second (s)
ampere (A)
kelvin (K)
mole (mol)
candela (cd)
newton (N)
joule (J)
pascal (Pa)
watt (W)
Base
Derived
Force
meter (m)
kilogram (kg)
second (s)
ampere (A)
kelvin (K)
mole (mol)
candela (cd)
newton (N)
joule (J)
pascal (Pa)
watt (W)
Base
Derived
Energy
meter (m)
kilogram (kg)
second (s)
ampere (A)
kelvin (K)
mole (mol)
candela (cd)
newton (N)
joule (J)
pascal (Pa)
watt (W)
Base
Derived
Pressure
meter (m)
kilogram (kg)
second (s)
ampere (A)
kelvin (K)
mole (mol)
candela (cd)
newton (N)
joule (J)
pascal (Pa)
watt (W)
Base
Derived
Power
meter (m)
kilogram (kg)
second (s)
ampere (A)
kelvin (K)
mole (mol)
candela (cd)
newton (N)
joule (J)
pascal (Pa)
watt (W)
Base
Derived
Which of the following is NOT a base quantity in the International System of Units (SI)?
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Temperature
Length
Force
Time
Other
Rate your confidence in identifying physical quantities and their SI units.
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Not confident
1
2
3
4
Very confident
5
1 is Not confident, 5 is Very confident
Select all the derived quantities from the list below.
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Velocity
Mass
Pressure
Energy
Length
Power
Other
Provide an example of a physical quantity and describe its significance in daily life.
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Which of the following statements best describes a derived quantity?
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A quantity defined by a single SI base unit
A quantity that is a combination of base quantities through multiplication or division
A physical property that cannot be measured
A quantity that has no unit
Other
How frequently do you use knowledge of physical quantities in your studies or work?
*
Please Select
Daily
Weekly
Monthly
Rarely
Never
Please rate the importance of understanding physical quantities for scientific learning.
*
1
2
3
4
5
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