Answer:
<u><em>(Sorry if this answer is not correct, if it is or is not, please tell me in the comments!)</em></u>
232.777778 feet squared (feel free to round the answer)
Step-by-step explanation:
The formula on how to find the volume is:
(the area of the floor) x (the height of the room) = 2025 cubic feet
We already know the height, so we need to plug it in.
(the area of the floor) x 9 feet = 2095 cubic feet
To get the area of the floor, we need to divide 2095 by 9.
So, the area of the floor is exactly 232.777778 feet squared.
Answer:
<h3>Part A:</h3>
Ordered Pairs: (1,1) (2,2) (3,4) (4,8) (5,16) (6,32)
To find out what the next ordered pair is, you need to double the previous one. for example, double of 1 mm is 2mm and then the next will be 4mm, then 8mm, and so on.
<h3>Part B:</h3>
Yes, this relation is a function because for each input, number of folds, there is only one possible output, the thickness of the paper.
By the way, you know that realistically, you can only fold a peice of paper 7 times:)
Answer:
ok so what's the question
Step-by-step explanation:
Answer:
<h2>3x²</h2>
Step-by-step explanation:
Given three functions 3x⁴, 15x³and 21x², the greatest common factor is the greatest value that can divide through the three functions at the same time.
To get this GCF, let us divide each functions into simplest form
3x⁴ = (3 *x * x) * x * x
15x³ = 5 * (3 * x * x) * x
21x² = 7 * (3 * x * x)
<em>It can be seen that the product in parenthesis is common to the three functions given on expanding them, </em><em>hence the greatest common factor of the three functions is 3 * x * x = 3x²</em>
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