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state the components of a displacement-time graph
y-axis = distance/displacement (m)
x-axis = time (s)
gradient = velocity (ms^-1)
on a displacement-time graph
state what a constant gradient represents
state what a changing gradient represents
state what zero gradient represents
constant velocity
acceleration
zero velocity
state the components a velocity-time graph
y-axis = velocity (ms^-1)
x-axis = time (s)
gradient = acceleration (ms^-2)
on a velocity-time graph
state what a constant gradient represents
state what a changing gradient represents
state what zero gradient represents
constant acceleration
changing acceleration
zero acceleration/constant velocity
state what the area underneath a velocity-time graph represents
displacement
describe how to calculate the area underneath the graph when acceleration is constant
calculate the area of the component shapes
add up the areas
describe how to calculate the area underneath the graph when acceleration is changing
count the number of squares entirely or almost entirely below the graph
multiply by the displacement of each square