There are infinitely many possible answers.
For example, the hyperbola, xy = 15,
or a circle with centre (0,0) and radius = sqrt(34),
or more generally, any one of infinitely many circles - with centre (x,x) and radius = sqrt[(3-x)^2 + (5-x)^2], that is radius = sqrt(2x^2-16x+34).
There are straight lines, quadratic curves, cubic curves and so on, to polynomials whose degrees approach infinity.
Then there are trigonometric curves.
The prime meridian passes though these three continents: Europe, England and Antarctica.
Points: (2,-5) and (3, -3) Slope: (-3 - -5)/(3-2) = 2
Points: (-3, -5) and (4, -2) Slope: 3/7
Points: (2, 1) and (5, 3) Slope: 2/3
Points: (-3, -5) and (4 -2) Slope: (-2- -5)/(4- -3) = 3/7
Points: (3,-1) and (-2, -5) Slope: 4/5
If you mean points: (-3, -5) and (3, 2) then the slope works out as 7/6
Write the equation of the line that passes through the points (3, -5) and (-4, -5)
Points: (-3, -10) and (5, -7) Slope: 3/8
slope = change_in_y / change_in_x = (5-2) / (3-1) = 3/2 = 1.5
Slope = [(-5) - 4]/[2 - (-1)] = -9/3 = -3
It is: y-3 = 1(x-5) => y = x-2