Jeopardy Review Please take out a lined piece of paper! Turn your lined piece of paper sideways and put your name, date, period in the top right corner.
First Semester Jeopardy Review IntegersFractionsPropertiesSolving Equations and Inequalities Ratios and Proportions
Integers 10 points Evaluate. (-9)(-3)
Integers 20 points Evaluate (-7)
Integers 30 points Evaluate
Integers 40 points Evaluate. 9 – (-12)
Integers 50 points Evaluate. -7 – (-11)
Fractions 10 points –
Fractions 20 points 4 1,
Fractions 30 points Simplify
Fractions 40 points –
Fractions 50 points – 4 –,
Properties 10 points FREE SPACE!!!!
Properties 20 points Name the property shown by (2 + b) + 17 = 2 + (b + 17) A.Commutative Property B.Associative Property C.Substitution Property D.Additive Identity
Properties 30 points Use one or more properties to rewrite the expression as an equivalent expression that does not use parentheses. 9 + (x + 2)
Properties 40 points Name the property shown by 37 1 = 37 A.Associative Property B.Additive Identity C.Multiplicative Property of Zero D.Multiplicative Identity
Properties 50 points Use one or more properties to rewrite the expression as an equivalent expression that does not use parentheses. 4(x + 2) + 7x
Solving Equations and Inequalities 10 points Solve. 7x = 35
Solving Equations and Inequalities 20 points FREE SPACE!!!
Solving Equations and Inequalities 30 points Write an inequality for the following statement: At most 40 students are absent each day.
Solving Equations and Inequalities 40 points Solve. –3x + 6 –6
Solving Equations and Inequalities 50 points Solve. 3(x + 7) = –6
Ratios and Proportions 10 points Write an equation that can be used to solve this proportion. = v
Ratios and Proportions 20 points Solve for v. = v5v
Ratios and Proportions 30 points Jeremy bikes 24 miles in 3 hours. How many miles can Jeremy bike in one hour?
Ratios and Proportions 40 points Jimmy can travel 150 miles in 3 hours. At this rate, how far can he travel in 7 hours?
Ratios and Proportions 50 points The following table shows number of jumping jacks for a given amount of time. Determine whether the relationship is proportional or nonproportional. # of jumping jacks Time (seconds)