Let a and b represent the numbers. ab = 185 a + b = 42 From this get b = 42 - a. Substitute into ab = 185. a(42 - a) = 185 -a2 + 42a - 185 = 0 a2 - 42a + 185 = 0 Factoring, we get (a - 5)(a - 37) = 0 Therefore the two numbers are 5 and 37.
If 5 and 37 are multiplied, the answer would be 185.
The answer is ..............180 and 5. So 180 + 5 = 185 and 180*5=900.
You need at least two numbers to find a GCF.
The numbers that go into another number are called factors. The factors of 1665 are: 1, 3, 5, 9, 15, 37, 45, 111, 185, 333, 555, 1665 There are 12 factors of 1665.
Any of its factors
There are no two such numbers. 185 is equal to 185. No other number is equal to 185.
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All multiples of 185 are divisible by it.
Let a and b represent the numbers. ab = 185 a + b = 42 From this get b = 42 - a. Substitute into ab = 185. a(42 - a) = 185 -a2 + 42a - 185 = 0 a2 - 42a + 185 = 0 Factoring, we get (a - 5)(a - 37) = 0 Therefore the two numbers are 5 and 37.
If 5 and 37 are multiplied, the answer would be 185.
185-15=170 170/2=85 85+15=100 100+85=185 So the numbers are 100 and 85.
The answer is ..............180 and 5. So 180 + 5 = 185 and 180*5=900.
numbers are 37 and 5
You need at least two numbers to find a GCF.
The numbers that go into another number are called factors. The factors of 1665 are: 1, 3, 5, 9, 15, 37, 45, 111, 185, 333, 555, 1665 There are 12 factors of 1665.
The two numbers are 180 and 5 180 + 5 = 185 180 x 5 = 900