1.1 basic physics

Kilogram (kg)

Metre (m)

Seconds (s)

Ampere (A)

Mole (mol)

Kelvin (K)

Coulomb, dervied from the ampere and second

Newton, derived from the kilogram, metre and second

Kelvin
Kilogram
Mole
Ampere
Second
Metre

A quantity that has a magnitude

A quantity that has a magnitude and a direction

Distance
Speed
Time
Temperature
Density
Mass

Displacement
Velocity
Acceleration
Force
Momentum
Magnetic field strength

A straight line (length) with an arrow (direction)

A combo of multiple vectors added or subtracted together

mass
density | volume

moment
force | distance

The turning effect of a force, measured to see what extent a force applied to an object causes it to rotate

sum of moments by multiple forces on single point = the moment caused by the resultant force (anti c-wise moment=c-wise moment)

Clockwise or anti-clockwise

sum clockwise moments and subtract anticlockwise moments

The point on an object which we can model all the weight of the object to act through

No resultant force
No resultant moment

Using digital callipers with resolution of 0.01cm (for lengths up to 15cm)
Using a metre rule with resolution of 1.0mm (lengths over 15cm)

Solid is lowered into measuring cylinder of water by thread until fully submerged
Increase in volume reading = volume of the solid

Lower solid into displacement can
Water overflow is captured by measuring cylinder

The resolution of measuring cylinder is quite large
Volume of water overflowing is not exactly the same as volume of solid

The measure of how tightly matter is packed together (mass) inside of a given area (volume)

Metre ruler balanced on clamp stand
Put 200g on, measure how far it is from pivot after balancing
Calc mass of metre ruler using pom
Do same thing as 200g with unknown mass
Calc unknown mass using pom
Check if its right using a top pan balance