First assumption: you want to use all 12 squares in each rectangle.
Let’s assume the squares are 1 inch on a side (could be foot, or yard, or whatever, but 1 UNIT).
Now, a rectangle has a length and a width. 12 squares an inch on a side have a total area of 12 square inches. So, your rectangle will also be 12 square inches.
To get that, you could have a rectangle of the following dimensions:
1 X 12
2 X 6
3 X 4
That’s it. Three possible rectangles, using all 12 squares per rectangle.
Now, if you DON’T have to use all 12 squares in the rectangle, then you could make 6 rectangles, using 2 squares each, so each rectangle would be 1 X 2.
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Related Questions (More Answers Below)
The answer is 150in squared.
Because the SA of one side is 5*5 which is 25, and since all of the sides are equal and there are six sides you multiply 25 by 6, which equals 150.
Answer:
i would say b but not sure
Step-by-step explanation:
hope this helps let me know if i got it wrong
The answer has to be in y-intercept form. Which is y=mx+b and b can also be neg. y=mx-b. The m is your slope and b is your y-intercept. So A’s slope counting from 3 on the y axis to 1 on the x-axis which is down 2 over 1 so it will be -2/1. And your y intercept is 3. The equation is y=-2x+3. For B its the same thing but no graph. Remember that slope is RISE over RUN. So since the number is on the bottom of the line the rise is 4 and the run is 1. So in this case 10 is your y-intercept. Which means you equation is y=4x+10.