Answer:
4
Step-by-step explanation:
we have

This is a exponential growth function of the form

where
a is the initial value
(1+r) is the base of the exponential function or multiplicative rate of change of the function
r is the rate of change
In this problem we have

therefore
4 is the base of the exponential function or multiplicative rate of change of the function
Answer:
True
Step-by-step explanation:
The tidal ranges will be more pronounced in small estuaries and inlets because more tidal volume of water per unit area will move in and out of a small basin than a big basin (hence higher potential difference). This way more energy can be harnessed by the turbines as the tide flows in and out of the estuary/inlet.
Answer:
√n²a
Step-by-step explanation:
aaand this app needs 20 characters
Answer:
f(x) is linear
g(x) is exponential
Step-by-step explanation:
A linear function will always have the same rate of change between equally distant points, while an exponential function will have an increasingly large rate of change between equally distant points.
First, look at f(x). All these points are equally distant at 2 units apart on the x-axis, so they can be directly compared:

All of these points are the same distance apart on the y, so f(x) must be a linear function.
Now look at g(x). These are also all equally distant at only 1 unit apart.

These are very clearly not the same distance apart on the y, so g(x) must be the exponential function.