area

volume

distance

density

temperature

moles

velocity

current

Fundamental units are the units that not dependent upon any other units.

Fundamental units are the units derived from the basic units.

Fundamental units are the units adopted by the SI

Fundamental units are the units that we use every day for physic calculations

$$\frac{kg\ m}{s}$$  

$$kgm^2$$  

$$\frac{kg\ m}{s^2}$$  

none of these

40 cm²

13 cm²

26 cm²

32 cm²

current

kelvin

ampere

candela

plane angle

solid angle

stress

strain

Kilogram

Newtons

Grams

Pascals

1cm

1m

1dm

10cm

Density is mass per cubic metre.

Potential energy is energy per unit current.

Pressure is force per unit area.

Speed is distance travelled per second.

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Scientific Notation

International System (of measurements)

Instructional System (of measurements)

meter

second

ampere

Isaac Newton

Albert Einstein

Marie Curie

Celsius

Fahrenheit

Kelvin

Time

Electric current

Acceleration

7

8

9

time, speed, density

speed, density, acceleration

temperature, pressure, weight

8 $$mm^3$$  

4  $$mm^3$$  

10 $$mm^3$$

pascal

newton

second

Quantity that can be measured

Quantity to be find

Quantity in laboratory

Quantity that has direction

Base Quantity & Derived Quantity

Base Quantity & Physical Quantity

Physical Quantity & Dimension Quantity

Vector Quantity & Scalar Quantity