a + b = c
a - b = d
then a = (c + d)/2
and b = (c - d)/2
The fact that c and d are perfect squares is not relevant to solving a and b in terms of c and d.
Furthermore, a complete solution of all four variables into unique numerical values is not possible.
6
No, it is not. A perfect square is the product of two equal integers; i.e. 9 is a perfect square. It can be expressed as 3*3. There is no number that when multiplied twice equals 50.
All we can deduce from that information is that k is a positive perfect square. Is that really the whole question? What?
Simultaneous equations.
Systems of equations don't equal numbers.
The integers are 37, 38 and 39.
Not until it equals something. Equations have equals signs.
50
The integers are 180, 182 and 184.
The numbers are 37 and 39.
There are two integers +5 and -5
x=3