\(x < y < –1\)
This means that both x and y are NEGATIVE numbers
(A) \(\frac{x}{y} > xy\)
Take \(x = -3\) and \(y = -2\) - when we add these values in the above equation we get
\(x/y = 1.5\\
xy = 6\)
So \(x/y < xy\)
====> Hence, FALSE(B) \(\frac{y}{x} > x + y\)
Take \(x = -3\) and \(y = -2\) - when we add these values in the above equation we get
\(y/x = -2/-3 = 0.66\)
\(x+y = -3+(-2) = -3-2 = -5\)
So, \(y/x > x+y\)
===> TRUE(C) \(\frac{y}{x} > xy\)
Take \(x = -3\) and \(y = -2\) - when we add these values in the above equation we get
\(y/x = -2/-3 = 0.66\)
\(xy = 6\)
So\(y/x < xy\)
===> Hence, FALSE(D) \(\frac{y}{x} < x + y\)
Take \(x = -3\) and \(y = -2\) - when we add these values in the above equation we get
\(y/x = -2/-3 = 0.66\)
\(x+y = -3+(-2) = -3-2 = -5\)
So, \(y/x > x+y\)
===> Hence, FALSE(E) \(\frac{y}{x} > \frac{x}{y}\)
Take \(x = -3\) and \(y = -2\) - when we add these values in the above equation we get
\(y/x = -2/-3 = 0.66\)
\(x/y = -3/-2 = 1.5\)
So, \(y/x < x/y\)
===> Hence, FALSEHence, the Answer is B