A binary operation acting on two numbers (real or complex) must give the same answer. They cannot give two different answer. If different answers are required the binary operations must be different and, to identify the numbers involved, these binary operations must be specified.
For example, 13.5 and 34.5 give 21 as a difference and 48 as a sum. There will be another pair for addition and multiplication, still another pair for subtraction and multiplication, etc.
6 AND8
The two numbers you are looking for are 48 and -28. When multiplied together, 48 × -28 equals -1344, and when added, 48 + (-28) equals 20.
You can use 12*4=48, 24*2=48, 1*48=48, 3*16=48, or 6*8=48.
You can use 12*4=48, 24*2=48, 1*48=48, 3*16=48, or 6*8=48.
43 + 5
6 AND8
The two numbers you are looking for are 48 and -28. When multiplied together, 48 × -28 equals -1344, and when added, 48 + (-28) equals 20.
1*48=48 2*24=48 3*16=48 4*12=48 6*8=48
What to number multiple to get 48 but add to get 13
You can use 12*4=48, 24*2=48, 1*48=48, 3*16=48, or 6*8=48.
You can use 12*4=48, 24*2=48, 1*48=48, 3*16=48, or 6*8=48.
16 and 3
16 and -3 are the numbers which gives -48 when multiplied and 13 when added
You can use 12*4=48, 24*2=48, 1*48=48, 3*16=48, or 6*8=48.
43 + 5
-377
The two numbers that multiply together to equal 48 and add together to equal 19 are 12 and 4. When multiplied, 12 × 4 equals 48, and when added, 12 + 4 equals 16. Since these numbers do not satisfy both conditions, the correct pair is actually 16 and 3. They multiply to 48 and add up to 19.