This user has never heard of such a thing as an oblong number. If you mean a number that equals the product of two different numbers other than 1, then yes: 36 = 6 x 6 = 4 x 9.
Or if you prefer, 100 = 10 x 10 = 5 x 20.
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this user over here says no, if you define an oblong number to be a positive number in the form n(n+1).
to say a number can be an oblong number and a square number is to say that there exists an n such that n2=n(n+1)
=n2 + n
so unless n=0, this statement is not true, and since the oblong number is positive, then it can't be zero.
why can't it be zero (or negative, for that matter)? well, these numbers originally popped up as a geometric picture; an oblong number number is a group of dots arranged in even rows or columns, where there was one more column than row, or vice versa. the number itself is the quantity of dots, which is always positive.
another way of thinking about it is by definition, an oblong number is a square minus a row or column, or a square plus a row or column, and thus, not a square.
It is the smallest composite number that is both a perfect square and a perfect cube.
An oblong number (also called a "pronic number") represents an oblong shape created when dots are placed equidistant from each other in rows and columns. The number of dots across must be one number greater than the number of dots down, so if I make a grid of dots which is 3 dots across and two dots down, it represents the number 6, the total number of dots. Six, then, is the oblong number. If the oblong has 4 dots across and 3 dots down, it equals 12 dots, so the oblong number is 12.. . . .. . . . = 12 This visual representation of a number is called an "array.". . . .These arrays are used commonly now in schools to help students understand the concept of multiplication. In this case, (3X4=12).The algebraic formula for such a number is: n(n+1). This is an integer (number) times the same number plus one. So 3 X (3=1), or four, equals 12.The first few oblong numbers are 2, 6, 12, 20, and 30. This series of numbers is the successive sums of the series of even numbers or the products of two consecutive numbers: 2 = 1·2; 6 = 2·3 = 2 + 4; 12 = 3·4; and so on.
They are 324 and 361 which are both square numbers
There is not a number that is a perfect square and perfect cube between 1 and 25.There is not a number that is a perfect square and perfect cube between 1 and 25.There is not a number that is a perfect square and perfect cube between 1 and 25.There is not a number that is a perfect square and perfect cube between 1 and 25.
If by "radical" you mean "square root of", then yes. Both square roots of 25 are real numbers.
An oblong is a rectangle. However, an oblong is not a square. Both are rectangles because they both have 4 right angles, but a square is equal-sided and an oblong isn't.
A square and oblong are two different shapes: The square is equal sided, whereas the oblong isn't - both are still rectangles though.
The table was oblong in shape, not square.
A square or an oblong both have 4 right angles, the maximum possible.
An oblong number is a composite (non-prime) number. If p and q are a factor-pair for an oblong number n, then the number n can be represented by a rectangle or oblong that is p units x q units.
An oblong is a rectangle BUT a rectangle isn't necessarily an oblong. There are 2 types of rectangle: 1) Square (equal sided) 2) Oblong (unequal sided) Most refer to an oblong as a rectangle and use the word 'square' to be more specific as it has different properties.
A rectangle is an oblong, as its sides are not equal. A square has equal sides. Therefore, a square is not a rectangle. A rhombus is a parallelogram with oblique angles and equal sides.
The phone number of the Oblong Public Branch Library is: 618-592-3001.
An oblong is a 4 sided quadrilateral better known as a rectangle
It is a composite number which is a multiple of two different factors, each greater than 1. The name derives from the fact that a rectangle (or oblong) whose sides are those two numbers will have an area equal to the oblong number. If there were no requirement that the two numbers are greater than 1 then every number would be an oblong number.
both
By definition, an oblong is "a quadrilateral with four right angles and two pairs of parallel lines of different lengths." A rectangle, which has a length that is more than the breadth, is an example of an oblong. By contrast, a square, is not an oblong as it has all the sides equal.