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Kinematics Concept Simple formulas

Kinematics Concept Algebraic Graphical

Calculus

Position, x Displacement, delta x
delta x = xsubf - xsubi

Area under v vs. t graph

delta_x = int(v(t) dt)
Time Interval, delta_t
delta_t = t_subf - t_subi
Average Velocity, v bar
v_bar = delta_x/delta_t
Slope of secant line on x vs. t graph Instantaneous Velocity, v Slope of tangent line on x vs. t graph
v definition
Change in Velocity, delta_v
delta_v = v_subf - v_subi
Area under a vs. t graph
delta_v = int(a(tA) dt)
Average Acceleration, a_bar
a_bar = delta_v/delta_t
Slope of secant line on v vs. t graph Instantaneous Acceleration, a Slope of tangent line on v vs. t graph
a definition
Average Speed
Instantaneous Speed
magnitude of the instantaneous velocity


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