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Displacement
object’s total change in position over a certain interval: s(b) - s(a)
Average Velocity
object’s displacement divided by total change of time: s(b) - s(a) / b-a
Instantaneous Velocity
derivative of position at a given time t: s’(t), represented by v(t)
Speed
absolute value of object’s velocity: |v(t)|
Acceleration
derivative of velocity or second derivative of position at a given time t: v’(t) or s’’(t), represented by a(t)
Average Acceleration
object’s change of velocity divided by total change of time: v(a) - v(b) / b-a
Revenue
total income made from a product: r(x)
Cost
total spent to make a product: c(x)
Profit
net gain from a product, valued at the difference in revenue and cost: p(x) = r(x) - c(x)
Marginal Cost
additional cost of producing one more of an item, valued at the derivative of the cost to make products before the additional product: c’(x-1)
Marginal Revenue
additional revenue from producing one more of an item, valued at the derivative of the revenue gained from products before the additional product: r’(x-1)
Marginal Profit
additional profit of producing one more of an item, valued at the derivative of the profit gained from products before the additional product: p’(x-1)