Drag each function to the correct location in the table. Not all functions will be used.
Consider the function below.
f(t) =
(0.75)
Match each verbal description to the equivalent function that fits the description.
f(t) = (0.8660)" f(t) = (0.9306) f(t) = (0.8660) 24
F(t) = (0.75)
f(t) = (0.9306)
f(t) = (0.9306)24
decay every 2 years over
a period of t years
decay 2 times a year over
a period of t years
decay once per year over
a period of t years
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Click on the y intercept. -x +4 i know you cant click on it so could you just say the coordinates like (example - (1,0) you so much.

Factor the polynomial expression x6 – x3 – 20

Ascientist studied a population of workers to determine whether verbal praise and/or tangible rewards affect employee productivity. in the study, some workers were offered verbal praise, some were offered tangible rewards (gift cards, presents, and some were offered neither. the productivity of each participant was measured throughout the study by recording the number of daily tasks completed by each employee. which inference might the scientists make based on the given information? a.) the number of daily tasks completed by each employee may influence the dependent variable, which is whether the employee receives verbal praise, tangible rewards, or neither. b.) verbal praise and/or tangible rewards may influence the independent variable, which is the number of daily tasks completed by each employee. c.) verbal praise and/or tangible rewards may influence the dependent variable, which is the number of daily tasks completed by each employee. d.) the dependent variables, which are verbal praise and tangible rewards, may influence the number of daily tasks completed by each employee.