To find the number of whole numbers less than 100 that are 10 greater than an odd whole number, we can set up an equation. Let x represent the odd whole number. Therefore, the number that is 10 greater than x is x + 10. Since x is odd, it can be represented as 2n + 1, where n is a non-negative integer. Substituting this into the equation x + 10 = 2n + 1 + 10, we get 2n + 11. To find the number of such numbers less than 100, we need to find the largest possible value of n such that 2n + 11 < 100. Solving for n, we get n < 44.5, which means the largest possible integer value for n is 44. Therefore, there are 45 odd whole numbers less than 100 that are 10 greater than an odd whole number.
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The set of whole numbers includes all numbers greater than 0 that do not require decimals to be expressed. Because -16 is less than 0, it is not a whole number. It is an integer.
The even whole numbers greater than 21 and less than 28 are: 22, 24 and 26
50 of them.1 is 10 greater than -9, 3 is 10 greater than -7, and so on.
It depends: If the whole number is positive then the result is less than the whole number, eg ½ × 2 = 1 < 2 If the whole number is negative then the result is greater than the whole number, eg ½ × -2 = -1 > -2
There is no whole number but a infinite fractional numbers
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I don't know how to "grate" a number ... numbers are not cheese. An infinite number of numbers are "greater" (larger) than 64. Likewise, an infinite number of numbers are not "greater" (in other words, less than) 64, starting with 63, 62, 61, ... Actually, there are an infinite numbers that are less than 64, but greater than 63, unless you specify "whole numbers".
I depends what the numbers are. 1 1/2 is less than 5
It can be greater than or less than it.
The answer depends on the signs of the two numbers.1/2 * 4 = 2. The product, 2, is less than the whole number, 4.1/2 * -4 = -2. The product, -2, is greater than the whole number, -4.
The set of whole numbers includes all numbers greater than 0 that do not require decimals to be expressed. Because -16 is less than 0, it is not a whole number. It is an integer.
Any number that is not a fraction, percent, decimal, or negative is a whole number. Counting numbers are whole numbers. Counting numbers are 1, 2, 3, 4, 5,... Zero is a whole number. So yes, every integer greater then negative one is a whole number, and so is -1 and every integer less than -1.
It depends on the whole number. The two numbers could be positive or negative which means that the product could be larger or smaller.
1.03 is greater, as it has a whole number.
The even whole numbers greater than 21 and less than 28 are: 22, 24 and 26
Difference of two whole number is not always a whole number.For any two whole numbers a & b, a - b = whole number only when a is greater than or equal to b.* * * * *Wrong!Even if a is less than b, the difference is still a whole number. Whole numbers can be negative.So the correct answer to the question is "YES".