Let x,y and Z be distinct integers. x and y are odd and positive, and z even and positive. Which one of following statement cannot be true ?
(x−z)2y is even
(x−z)2y2 is odd
(x−z)is odd
(x+z)3z is even
A
(x+z)3z is even
B
(x−z)2y is even
C
(x−z)is odd
D
(x−z)2y2 is odd
Open in App
Solution
Verified by Toppr
Was this answer helpful?
13
Similar Questions
Q1
Let x,y and Z be distinct integers. x and y are odd and positive, and z even and positive. Which one of following statement cannot be true ?
View Solution
Q2
If x and y are both positive, x is even, and y is odd, select the one of the following that must be odd.
View Solution
Q3
Let x, y and z be positive integers such that GCD(x, y, z) =1: x<y<z and x2+y2=z2. Then which of the following is always true?
View Solution
Q4
If x,y and z are positive integers, is x−y odd? (1) x=z2 (2) y=(z−1)2
View Solution
Q5
Check whether the following statement are true or not:
(i) p : If x and y are odd integers, then x + y is an even integer.
(ii) q : If x, y are integers such that xy is even, then at least one of x and y is an even integer.