2 x 3 x 67 = 402
2 x 201 = 402
3 x 134 = 402
6 x 67 = 402
To solve such a problem you use prime decomposition:
This allows you to break any integer down into a multiple of prime numbers as in 2x3x67=402. Two, Three and 67 are all prime. From there to find all possible options, multiply the primes together:
2x3x67=402 --> 3x67=201 --> 2x201=402
2x3x67=402 --> 2x67=134 --> 3x134=402
2x3x67=402 --> 2x3=6 --> 6x67=402
This is under the assumption that this problem is restricted to integers. If real numbers are used, there are infinitely many solutions:
They know this because 3 is a factor of 402, therefore 3 multiplied by a number(134 to be precise) will give the quotinent 402 so 402 is therefore in the 3 times table.
There are an infinite amount of answers to that, such as: 402 + 66 = 468 459.5 + 8.5 = 468 233 + 235 = 468
402
402 of them.
Here is the 4 times table up to 12: 1 times 4 equals 4 2 times 4 equals 8 3 times 4 equals 12 4 times 4 equals 16 5 times 4 equals 20 6 times 4 equals 24 7 times 4 equals 28 8 times 4 equals 32 9 times 4 equals 36 10 times 4 equals 41 11 times 4 equals 44 12 times 4 equals 48
Yes, 67 times 6 equals 402.
720
8442 ÷ 21 = 402
As a product of its prime factors: 2*3*67 = 402
402 / 8 is 50.25 so eight goes into 402, 50 and 1/4 times.
402
They know this because 3 is a factor of 402, therefore 3 multiplied by a number(134 to be precise) will give the quotinent 402 so 402 is therefore in the 3 times table.
it is 1608
120.6
500 times 402 plus 590 is equal to 201,590
402
402 is not the first multiple of 3. The first multiple of any number is itself. 402 is 134 times 3.