7n ≥ 21
The product of 3 and a number x is at most 21?
First odd number greater than 20 is 21 Last odd number less than 200 is 199 → number of odd numbers between 20 and 200 is (199 - 21) ÷ 2 + 1 = 90
Well, isn't that a happy little sequence of numbers! If we take a closer look, we can see that each number is decreasing by a certain amount. In this case, it looks like we're subtracting 3, then 6, then 12. So, if we continue this pattern, the next number would be 45 - 24, which equals 21. And there you have it, a beautiful progression of numbers just waiting to be discovered!
less
The even whole numbers greater than 21 and less than 28 are: 22, 24 and 26
The answer to your question is.... 37! Qualifications: -2 - digit number -less than 47 -product of digits is 21 The number 37 meets all of these requirements. 🌟
5.25
The expression "the product of 5 and a number y" is represented as (5y). Therefore, the statement "the difference of 21 and (5y) is less than 7" can be written as (21 - 5y < 7). To find the range of values for (y), you can rearrange the inequality to (5y > 14), which simplifies to (y > \frac{14}{5}) or (y > 2.8). Thus, the solution indicates that (y) must be greater than 2.8.
21 or 22
19
Any number that falls between -21 and -20 is less than -20 but greater than -21. An example of such a number is -20.5. This range includes all decimal values like -20.1, -20.2, etc.
34+21 = 55 and 70-21 = 55
14
6 is less than 21. Out of that set, 6 is the least number. The least common multiple of 6 and 21 is 42.
The product of 3 and a number x is at most 21?
21
21/40 is less than 1 and so it can't be expressed as a mixed number