The number of units x that consumers are willing to purchase at a given price per unit p The derivative of the profit function with respect to x The variable that cannot be counted (ex. 2.45873, pi, etc) The absolute value of the velocity The derivative with respect to x. (Take the derivative using x as the 33 hp V The absolute value of the velocity The derivative with respect to x. (Take the derivative using x as the variable). Page 1: 1 Type here to search $ 4 The derivative of the profit function with respect to x The variable that cannot be counted (ex. 2.45873, pi, etc) The absolute value of the velocity The derivative with respect tox (Take the derivative using as the variable) O f 7. Revenue Function: 8. Demand Function 9. Discrete Variable 10. Continuous Variable F News Bullish Need Help? 5:00 vva $ R F 56 V The change in distance over the change in time The variable that can be i counted (ex. 1, 2, 3) The derivative of f is a function that gives the rate of change of with respect to x at the point (x, f(x)) The number of units sold times the price per unit The number of units x that consumers are willing to purchase at a given price per unit p V 5 40 6 4- & 7 hp 1. 2. 3. 4. 5. 6. Speed 4+ 8 d/dx Rate of Change Average Velocity Marginal Profit Velocity Function T Y U G H J B 144 N M 9 0 K V