Graph A is larger than Graph B, so A must be linear and B must be exponential.
In a linear function, the graph will have a constant increase or decrease for equal intervals. In an exponential function, the graph will increase or decrease at an accelerating rate. Since Graph A shows a constant increase for equal intervals, it is a linear function. Graph B, which does not show a constant increase for equal intervals, must be an exponential function.
The graph shows two functions labeled A and B. Identify which function is linear and which is exponential. Explain.
(1 point)
Responses
Graph A is larger than Graph B, so A must be linear and B must be exponential.
Graph A is larger than Graph B, so A must be linear and B must be exponential.
Graph A has a constant increase for equal intervals, so A must be linear and B must be exponential.
Graph A has a constant increase for equal intervals, so A must be linear and B must be exponential.
Graph A has a constant increase for equal intervals, so A must be exponential and B must be linear.
Graph A has a constant increase for equal intervals, so A must be exponential and B must be linear.
Graph A is larger than graph B, so A must be exponential and B must be linear.
1 answer
1 answer