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Q: How do you describe the pattern the square numbers of 12 make on the multiplication table?

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describe the pattern the square numbers make on the multiplication table

1,4,9,25,36

Yes. There is a pattern in square numbers. They are fun to play with.

Opposite numbers rule

2

Suppose that in the problem you describe, instead of a and b, we talk about actual numbers, such as 4 and 9. The square root of 4 is 2, and the square root of 9 is 3; so if we add the square root of 4 and the square root of 9, that is 2 + 3 = 5. Now, suppose we add 4 + 9 and get 13. The square root of 13 is just over 3.6, which you will note is considerably less than 5. This is because multiplication is not a linear process; as you multiply larger numbers, the total increases more rapidly than if you were merely adding numbers. A square root is the number which, multiplied by itself produces the number of which it is the square root, so it is basically connected to multiplication, not addition. Hence, you can't get the same result through addition.

You take the number and multiply it by itself and then the question becomes a simple multiplication problem.

That really depends how the numbers are expressed - you have to learn separately how to calculate with decimals, with fractions, with expressions involving square roots, etc.

Those are square numbers. Just continue getting more square numbers to continue the sequence.

No numbers can describe the area of a circle.However, any number with a square unit of some sort attached can, eg:1 square units, 2 square units, 345,432 square units, 3,467,235 square units, 56 square miles, 27 acres, 22 square kilometres, 37 hectares, ...

If you take an integer and multiply it by itself you get a square number. If n is a square number, then you can take n counters and arrange them in a square pattern.

52=25

you square first if the multiplication isn't in parenthases

consecutive square numbers

That depends what set of numbers you are thinking of; but in the case of the sets commonly used - integers, rational numbers, real numbers, complex numbers - such sets are closed under multiplication, meaning that you can multiply any number in the set by any number in the set, so there is nothing to stop you multiplying such a number by itself.

Yes, all 'square numbers' will have to be hole numbers!

no, all perfect squares fall in a pattern of ending in 0,1,4,9,6,5,6,9,4,1,0

If that's supposed to be a square, just do the multiplication. The answer will be in square meters.

There are no prime numbers that are square numbers

you get 123

The multiplication of centimeters together.

Just do the multiplication.

The answer will depend on which five square numbers!The answer will depend on which five square numbers!The answer will depend on which five square numbers!The answer will depend on which five square numbers!

Numbers with square roots that are whole numbers

Do the multiplication, then take the square root. After the multiplication, you get 28x4y2. The square root of 28 is 2 times the root of 7, the square root of x4 is x2, and the root of y2 is y. So, the final result is 2 times square root of 7, times x2y.