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Exponential function' s graphs look like a half of a parabola and that's because you multiply or divide instead of adding or subtracting.

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Exponential function' s graphs look like a half of a parabola and that's because you multiply or divide instead of adding or subtracting.

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Exponential functions are never linear and will never be negative.

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Exponential functions are when the graph is curved. This curve is caused when you multiply or divide your numbers.

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What we learned today in class was the exponential growth with a diagram,graph and table.Also with patterns the quickest ways to do them.

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What we learned today in class was the exponential growth with a diagram,graph and table.Also with patterns the quickest ways to do them.

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cherney took the kids. she took them all

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cherney took the kids. she took them all

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It increases alot

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 Increases very quickly and dramatically 

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 Increases very quickly and dramatically 

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Ohhhhh

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I have learned exponential functions curve and are not linear

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You multiply instead of add

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til that exponential growth starts slow and then after a bit it skyrockets

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til that exponential growth starts slow and then after a bit it skyrockets

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I learned that exponential functions always become a curve in a graph

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I learned that there are many different functions that pair with different equations.

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It is always a curved line and you are multiplying instead of adding.

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It is always a curved line and you are multiplying instead of adding.

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You mutiply instead of add

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I learned that they multiply, and that there graphs are curved and go up wardd

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When doing exponential functions you don’t give a straight line yet you get a curved line. The reasoning behind it is when you add or subtract you get a liner function and when you multiply it divide you will get a exponential function. 

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When doing exponential functions you don’t give a straight line yet you get a curved line. The reasoning behind it is when you add or subtract you get a liner function and when you multiply it divide you will get a exponential function. 

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They grow slowly at first but after a few days it grows rapidly

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When you graph the points it creates a curved line or a parabola.

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2/5/19
In the new function family, I learned that exponential functions have a curve in the line of the graph. I also know that the growth is multiplied or divided rather than using addition or subtraction.

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Exponential functions are when you multiply or divide. They don’t go up at a constant rate. They are not linear. The line gets steeper as you go along “x” axis. 

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Exponential functions are when you multiply or divide. They don’t go up at a constant rate. They are not linear. The line gets steeper as you go along “x” axis. 

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I learned today that a small amount like one can become 3200 in sixteen days when it get double each day

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Exponential functions do not grow at a constant rate, they get multiplied or divided each time. Their graphs are curved and get steeper as you continue to go up on the X-axis.