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WorksheetsBase and Derived Quantities
Total questions: 23
Worksheet time: 12mins
Choose all the base quantities below :
Length
Area
Mass
Volume
Time
Which are the derived quantities below?
Electric current
Density
Force
Luminous intensity
Weight
Which one is the base quantity?
Mass
Weight
Area
Volume
Which one is derived quantity?
Area
Time
Electric Current
Length
What is the formula for area ?
Mass(kg) ÷ volume (m³)
Force (N) / Area (m²)
Length (m) × breadth (m)
Length (m) x breadth (m) x height (m)
The SI unit for length is ....
meter
centimeter
Kilogram
millimeter
The SI unit for mass is ...
second
Kilogram
Kelvin
Candela
The Si unit for mass is ....
meter
Kilogram
Kilometer
Newton
The Si unit for time is ...
meter
Kilogram
hour
second
The SI unit for temperature is ...
Celcius
Reamur
Kelvin
Fahrenheit
The SI unit for electric current is ...
Watt
Volt
Ampere
Candela
The SI unit for amount of substance is ...
Candela
Mol
Unit
Piece
The SI unit for luminous intensity is ...
Celsius
Candela
Watt
Newton
The SI unit symbol for area is ....
m
m²
m³
L
The SI unit symbol for volume is ...
m
m²
m³
Kg
The SI unit symbol for density is ...
Kg/m³
Kgm/s²
Kg/m
N/m²
The SI unit symbol for force is ...
Kg/m³
Kgms²
Newton
Kg/ms²
The SI unit symbol for weight is ...
Kg/m³
Kgms²
Newton
Kg/ms²
The SI unit symbol for pressure is ...
Kg/m³
Kgm/s²
Nm²
Pa
The symbol for density is ...
ρ (rho)
d
V
w
The SI unit symbol for pressure is Pa. Pa is equal to ....
N/m
Kgm/s²
N/m²
N/m³
The formula to find force is ...
Mass (kg) x acceleration (m/s²)
Mass (kg) x volume (m³)
Mass (kg) ÷ acceleration (m/s²)
Mass (kg) ÷ earth gravitional acceleration (m/s²)
The formula to find pressure is ...
Force (N) ÷ area (m²)
Weight (N) ÷ volume (m³)
Mass (kg) ÷ volume (m³)
Mass (kg) x acceleration (m/s²)
