Q: In a difference of squares problem both terms must be what squares?

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perfect * * * * * Not strictly. they could both be multiples of sqaures. For example, factorise 3x3 - 48x. Neither term is a square but they do become squares when the common factor, 3x, is separated out. Also, when rationalising surds, one would use the difference of two squares but (at least) one of the terms is not a square.

Squares have four sides of equal length. In rectangles, the opposite sides are equal to one another. In both shapes, the internal angles are all 90°.

81w2 - p2 = (9w + p) (9w - p)because 81w2 - p2 is the difference of squares. To factor the difference of squares, square root both terms and write the binomial twice:(9w ? p) (9w ? p)Now, to replace the question marks, one binomial has to replace it with the plus sign, while the other binomial gets a minus sign:(9w + p) (9w - p)

yes all squares are trapiziumsImproved Answer:-No squares are not trapeziums but they are both 4 sided quadrilaterals

they are both quadrilatterals

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perfect * * * * * Not strictly. they could both be multiples of sqaures. For example, factorise 3x3 - 48x. Neither term is a square but they do become squares when the common factor, 3x, is separated out. Also, when rationalising surds, one would use the difference of two squares but (at least) one of the terms is not a square.

There is no difference between both terms as both terms represents the date at which financial statements are prapared.

"Difference" implies subtraction. Example: The difference of 8 and 5 is 3 because 8 - 5 = 3. To determine if a polynomial is the difference you probably have to subtract one polynomial from another and check if your answer matches a given polynomial. To clarify the above, the polynomial should be able to be factorised into two distinct factors. For example x^2 - y^2 = (x + y)(x - y). This is the difference of two squares.

Both squares a rhombuses have all equal sides. A square is a rhombus with 4 right angles.

7

difference of squares if something of the form a^2-b^2. So for example x^2-y^2 since both are squares. The value in looking at these is that we can factor a^2-b^2 in (a+b)(a-b)

Squares have four sides of equal length. In rectangles, the opposite sides are equal to one another. In both shapes, the internal angles are all 90°.

Once completed, this sculpture looks like a Christmas tree. Chop out eight squares on the top of the grid from both sides so only the middle square is left untouched. Then chop out seven squares on both sides. Chop out another seven squares on both sides. This will leave three squares untouched, both times, in the middle of the grid. Next, chop out six squares on both sides, then another six squares. This will leave five squares untouched in the middle both times. Then chop out five squares on both sides, then, once again, another five squares. This will leave seven squares untouched in the middle of the grid both times. Then chop out four squares on both sides, two times. This will leave nine squares untouched in the middle of the grid. Then chop out three squares two times from both sides. This will leave eleven squares untouched in the middle of the grid both times. Then chop out only two squares on both sides. This will leave thirteen squares untouched in the middle of the grid. Then, on the bottom of the grid, chop out seven squares on both sides, leaving three squares untouched in the middle of the grid and you're done!

81w2 - p2 = (9w + p) (9w - p)because 81w2 - p2 is the difference of squares. To factor the difference of squares, square root both terms and write the binomial twice:(9w ? p) (9w ? p)Now, to replace the question marks, one binomial has to replace it with the plus sign, while the other binomial gets a minus sign:(9w + p) (9w - p)

750

There isn't much difference in these terms. Both refer to nuclear weapons, and they are general terms that can pretty much be used interchangeably.

If both cover the same subject, there is no difference. In the software industry, the terms are interchangeable.