Jeopardy Math II Ms. Brown’s 2 nd Period Class
Quadratics Factoring Square Roots Quadratic Formula Graphically Word Problems FINAL JEOPARDY FINAL JEOPARDY FINAL JEOPARDY
Factoring - 100
Factoring - 200
Factoring - 300
Factoring - 400
Factoring - 500
Square Roots - 100
Square Roots - 200
Square Roots - 300
Square Roots - 400
Square Roots - 500
Quadratic Formula What is the discriminate of the quadratic equation?
Quadratic Formula How many solutions does the following quadratic equation have?
Quadratic Formula What type of solution? Imaginary or Real?
Quadratic Formula - 400
Quadratic Formula - 500
Graphically - 100
Graphically - 200
Graphically - 300
Graphically - 400
Graphically - 500
Word Problems A picture has a height that is 4/3 its width. It is to be enlarged to have an area of 192 square inches. What will be the dimensions of the enlargement?
Word Problems The product of two consecutive negative integers is What are the numbers?
Word Problems The length of a rectangle is 6 inches more than its width. The area of the rectangle is 91 square inches. Find the dimensions of the rectangle. The length of a rectangle is 6 inches more than its width. The area of the rectangle is 91 square inches. Find the dimensions of the rectangle.
Word Problems A garden measuring 12 meters by 16 meters is to have a pedestrian pathway installed all around it, increasing the total area to 285 square meters. What will be the width of the pathway?
Word Problems You have to make a square-bottomed, unlidded box with a height of three inches and a volume of approximately 42 cubic inches. You will be taking a piece of cardboard, cutting three-inch squares from each corner, scoring between the corners, and folding up the edges. What should be the dimensions of the cardboard, to the nearest quarter inch?
Final Jeopardy Wager a small amount of yours points are wager all of it! Keep your answer hidden till everyone is finished! Good Luck!
FINAL JEOPARDY The product of two consecutive odd integers is 1 less than four times their sum. Find the two integers.