inverse functions in real life situations

A linear function that models a real-life situation is called a _____. => linear model or non-standard model or non-linear model or standard model..

What kind of trend does the scatter plot show? Describe a real-life situation that the scatter plot could represent. => No trend; Age of students vs. number of pets they have or Positive trend; Age of car vs. its value or Negative trend; Age of car vs. its value..

The following are the Operation on Real Functions: Sum Function, Difference Function, Product Function, Quotient Function, Scalar Multiplication Function, Composite Functions, Inverse Functions..

What kind of trend does the scatter plot show? Describe a real-life situation that the scatter plot could represent. => Negative trend; Age of students vs. Their height or No trend; Age of students vs. Number of pets they have or Positive trend; Age of students vs. Their height ..

Which of the following model is true for the function y = 20 · (8) x , x is a real number? => An inverse variation function or A quadratic function or An exponential growth function or An exponential decay function..

Which of the following model is true for the function y = (24) · (11) x , x is a real number? => An inverse variation function or An exponential growth function or A quadratic function or An exponential decay function..

Which of the following model is true for the function y = 21 · (0.37) x , x is a real number? => An exponential decay function or An exponential growth function or A quadratic function or An inverse variation function..

Which of the following model is true for the function y = 20 (0.46) x , x is a real number? => A Quadratic function or An exponential growth function or An exponential decay function or An inverse variation function..

Which of the following model is true for the function y = 44 × (0.27) x , x is a real number? => An exponential decay function or An exponential growth function or An inverse variation function or A Quadratic function..

Which of the following model is true for the function y = 16 × (0.37) x , x is a real number? => An exponential growth function or An exponential decay function or A Quadratic function or An inverse variation function..