by x
... manufacturer can be modeled by P = – 21x3 + 46x where x is the number of shoes produced (in millions). The company now produces 1 million shoes and makes a profit of $25,000,000, but would like to cut back production. What lesser number of shoes could the company produce and still make the same prof ...
... manufacturer can be modeled by P = – 21x3 + 46x where x is the number of shoes produced (in millions). The company now produces 1 million shoes and makes a profit of $25,000,000, but would like to cut back production. What lesser number of shoes could the company produce and still make the same prof ...
Power Point Version
... -3x(6x2-17x+5) = -3x(3x-1)(2x-5) the two numbers that multiply to 5 and with the 3 and 2 in front 2x-15x = -17x • b) -3a2+2a+21 -1(3a2-2a-21) = -1(3a+7)(a-3) the two numbers that multiply to become –21 and with the 3 and 1 in front add to 7a-9a = -2a. ** Ex. 89-104** ...
... -3x(6x2-17x+5) = -3x(3x-1)(2x-5) the two numbers that multiply to 5 and with the 3 and 2 in front 2x-15x = -17x • b) -3a2+2a+21 -1(3a2-2a-21) = -1(3a+7)(a-3) the two numbers that multiply to become –21 and with the 3 and 1 in front add to 7a-9a = -2a. ** Ex. 89-104** ...
Chapter 1 Section 1.1
... Plugging in 1 for x in the original equation would result in dividing by zero. Thus, x=1 is not a solution. It is called an extraneous solution. ...
... Plugging in 1 for x in the original equation would result in dividing by zero. Thus, x=1 is not a solution. It is called an extraneous solution. ...
Do Now 12/8/06
... “Inequalities with Negative Coefficients” Complete the activity on page 362 in your textbook. Read through the “Explore” steps #1-3. Then complete the “Draw ...
... “Inequalities with Negative Coefficients” Complete the activity on page 362 in your textbook. Read through the “Explore” steps #1-3. Then complete the “Draw ...
