The HCF is 24, so both numbers will have 24 as a factor. This means both will be multiples of 24 so we can simply divide 144 by 24 to find which multiple. Do this and you get:
144/24 = 6
So the number multiple of 24 each number is needs to add up to 6. However, it cannot be 3 and 3 or 2 and 4 as then the numbers would have a greater HCF. Thus it must be 5x24 and 1x24, or 24 and 120.
When you add a number to another number the result is their sum
11,10
Find the sum of the first hundred even natural number divisible by 5?
(number of sides - 2)*180 = total sum of interior angles
The sum of any two consecutive integers must be an odd number. So this question is incorrect.
That means the number itself is divisible by three. the sum of the digits in 144, for example, is 9. 144 divided by 3 is 48. The sum of the digits in 21 is 3. 21 divided by 3 is 7.If the number is an even number and the sum of the digits is divisible by 3, the number is also divisible by 6. 144 is even and the sum of the digits is divisible by 3, so 144 is also divisible by 6. 144/6 = 24. And finally, if the sum is divisible by 9, the number itself is also divisible by 9. 27 is an example of this.
The number is 16.
Only 144 is equal to 144. No other number is equal to 144.
HCF of 17 and 68 is 17 ..( Lowest Prime factor ) LCM Of 102 and 476 is 7*2^2*3*17 which is 1428 .. ==> Sum of HCF and LCM are 1428+17= 1445 .
46,47,48, 28
169 = 144 + 25, so your numbers are 12 & 5.
1394
16
The number of the Biblical Beast which is 666
144
There are two solution: -3 and +2.
The sum of 12 and 132 is 144