Consider the terms in the sequence: {1/3,1/9,1/27,…}
1 answer:
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If you fold a piece of paper, it will have 2 rectangles.
If you fold it again, it will have 4 rectangles.
If you fold it again, it will have 8 rectangles.
So, if you fold it n times, it will have 2^n rectangles.
If your paper has 128 rectangles, you made 7 folds.
If you fold it again, it will have 4 rectangles.
If you fold it again, it will have 8 rectangles.
So, if you fold it n times, it will have 2^n rectangles.
If your paper has 128 rectangles, you made 7 folds.
Step-by-step explanation:
=3.302
=3
Hello! To graph this equation, we need to determine the y-intercept and slope of the equation.
y = 1/6x
There is no y-intercept stated in the equation, which means it is 0, and the line passes through the origin (0,0).
The slope is 1/6. To graph this, you can think of
The slope is rising 1 unit, and it is going 6 units to the right as the slope is increasing. Hope this helps! :)
y = 1/6x
There is no y-intercept stated in the equation, which means it is 0, and the line passes through the origin (0,0).
The slope is 1/6. To graph this, you can think of
The slope is rising 1 unit, and it is going 6 units to the right as the slope is increasing. Hope this helps! :)