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Q: What 5 numbers under 59 added together equals 147?

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Yes because being closed under an operation means that when the operation is performed on members of a set the result is also a member of the set, and when any two [members of the set of] whole numbers are added together the result of the addition is also a whole number which is, unsurprisingly, a member of the set of whole numbers.

For a set to be closed under an operation, doing the operations on any two members of the set must result in another member of the set.The set of even natural numbers is {2, 4, 6, ...}.When two even numbers are added, the result is also an even number.Adding two positive numbers results in a larger positive number.Thus, adding two even natural numbers together results in another even natural number and so is closed.The set of even whole numbers is {..., -6, -4, -2, 0, 2, 4, 6, ...}.When two even numbers are added, the result is also an even number.It does not matter which combination of positive and negative whole numbers are added as all positive and negative whole numbers (including zero) are in the set. Thus it is also closed under addition.

No.When you multiply two negative numbers together, you do not get a negative number as the answer.

Real Numbers are said to be closed under addition because when you add two Real Numbers together the result will always be a Real Number.

if b + a , since a+b equals b + a due to it being commutative . it shud have the same magnitude and direction

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Yes because being closed under an operation means that when the operation is performed on members of a set the result is also a member of the set, and when any two [members of the set of] whole numbers are added together the result of the addition is also a whole number which is, unsurprisingly, a member of the set of whole numbers.

This follows from the property that the set of integers is closed under addition. This means that any two integers, when added together, must always result in a whole number.

For a set to be closed under an operation, doing the operations on any two members of the set must result in another member of the set.The set of even natural numbers is {2, 4, 6, ...}.When two even numbers are added, the result is also an even number.Adding two positive numbers results in a larger positive number.Thus, adding two even natural numbers together results in another even natural number and so is closed.The set of even whole numbers is {..., -6, -4, -2, 0, 2, 4, 6, ...}.When two even numbers are added, the result is also an even number.It does not matter which combination of positive and negative whole numbers are added as all positive and negative whole numbers (including zero) are in the set. Thus it is also closed under addition.

5 * 17 * 23 =1955

Because adding any set of real numbers together will result in another real number.

No.When you multiply two negative numbers together, you do not get a negative number as the answer.

Real Numbers are said to be closed under addition because when you add two Real Numbers together the result will always be a Real Number.

if b + a , since a+b equals b + a due to it being commutative . it shud have the same magnitude and direction

9, 1, 6 or 9, 2, 5 or 9, 3, 4 or 8, 4, 4 or 8, 3, 3 or 8, 2, 6 or 8, 1, 7 theres more as well

No. To say a set is closed under multiplication means that if you multiply any two numbers in the set, the result is always a member of the set. If, say, the 2 numbers are radical 2 and radical 2 we have (1.4142...)(1.4142...) which by definition equals 2. The result is not an irrational number, so the set is not closed.

Break 308 down into an equation that multiplies prime numbers together that equals 308. In the example, it would be the square root of (2x2x7x11). Because there are two 2's in the equation, pull them out from under the square root symbol. Then you have 2sqrt(7x11). Because there are no more doubles under the square root symbol, the simplified form of sqrt(308) is 2sqrt(77). This is how I simplify radicals. Usually I just (if it's an even number) divide by two until I can't anymore, then divide by 3, and simplify from there. Whenever you get two of the same numbers, pull them outside the square root. Any numbers that don't have doubles stay under the square root, and are multiplied together.