Well, honey, the number you're looking for is 150. It's greater than 100, and it's in both the three times tables (3 x 50) and the five times tables (5 x 30). So there you have it, no need to overcomplicate things, darling.
There are a lot of possibilities. The seventh square number is 49. 5 times 5 times any other prime number will be greater than 49. 5 times any pair of prime numbers seven or greater will also satisfy the conditions.
No it isn't.
No, for any number n greater than zero, the LCM of n and n is n.
The number is 972.
You need to remember your 3 and 5 times tables!
Six is two times greater than three (hint: you divide 6 by 3). ================================ Actually, six is two times three. You can also say that six is two times AS GREAT AS three. But six is one time GREATER THAN three. Nine is three times three. Nine is three times as great as three. But nine is two times greater than three.
Because they are tables of the numbers that are the result of "times"-ing a number.
3, if you're counting whole number squares, if not 0
The greater of two numbers is 7 more than the lesser Three times the greater number is 5 more than 4 times the lesser number Find the numbers?
From the number being used for the multiplication. (the two times table, the three times table etc).
The question is not phrased appropriately enough to derive meaning from it. Taken literally, you wish the number 87 to have a number subtracted from it. And that number is to be three times a number that is greater than 165. 166 is greater. And three times that is 498. And 87 minus 498 is negative 411. However, there an infinite number of numbers that are greater than 165. That was the first.
No, 81 is not in the 2 times tables. In the 2 times tables, each number is multiplied by 2, resulting in even numbers. 81 is not an even number, as it is divisible by 3, making it part of the 3 times tables.
121 is not in the 2 times tables because it is an odd number.
3x40=120
There is no such number since there are infinitely many multiples in the table for each of an infinite number of tables.
If a number is more than 1, then three of it must be more than 3.(If I give you more than a dollar three times, you certainly wind up with more than $3.)
three less than four = 1 1< *number* > 4 times the sum of the number + 1 1 < *number* > 5 So all numbers that are greater than one but less than five. 2, 3, 4