1) b = 1.05 a) Decrease by 45% b) Decrease by 83% c) Increase by 5% d) Decrease by 84% 2) b = 0.95 a) Decrease by 5% b) Increase by 32% c) Increase by 75% d) Increase by 30% 3) b = 1.5 a) Increase by 75% b) Decrease by 22.5% c) Increase by 50% d) Increase by 32% 4) b = 1.03 a) Increase by 32% b) Increase by 50% c) Increase by 3% d) Increase by 250% 5) b = 0.5 a) Increase by 30% b) Increase by 17.5% c) Decrease by 50% d) Increase by 75% 6) b = 2.4 a) Increase by 140% b) Decrease by 50% c) Increase by 250% d) Increase by 30% 7) b = 1.75 a) Decrease by 45% b) Increase by 250% c) Decrease by 83% d) Increase by 75% 8) b = 0.75 a) Decrease by 83% b) Decrease by 25% c) Increase by 140% d) Increase by 17.5% 9) b = 3.5 a) Decrease by 84% b) Increase by 250% c) Increase by 3% d) Increase by 30% 10) Which is the equation for an exponential function? a) y=a•bx b) y=mx+b c) x=b•ay d) y=bx+m 11) Which is the equation for a linear function? a) y=a•bx b) y=mx+b c) x=b•ay d) y=bx+m 12) What does "a" represent in y=abx a) slope b) starting point c) multiplier d) input 13) What does "b" represent in y = mx + b? a) slope b) starting point c) multiplier d) input 14) What does "m" represent in y = mx + b? a) slope b) starting point c) multiplier d) input 15) What does "b" represent in y=abx a) slope b) starting point c) multiplier d) input 16) What does "x" represent in y=abx a) output b) starting point c) multiplier d) input 17) What does "y" represent in y=abx a) output b) starting point c) multiplier d) input

Percentage Multipliers, Function Equations

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