A relation is defined by {(x, y):x>y+ 5}, in the set of non-negative integers. Which of the following ordered pairs are elements of the given relation?
(2,8)

A relation is defined by {(x, y):x>y+ 5}, in the set of non-negative integers. Which of the following ordered pairs are elements of the given relation?(9,3)

A relation is defined by {(x, y):x>y+ 5}, in the set of non-negative integers. Which of the following ordered pairs are elements of the given relation?(123,4)

A relation is defined by {(x, y):x>y+ 5}, in the set of non-negative integers. Which of the following ordered pairs are elements of the given relation? (8,2)

A relation is defined by {(x, y):x>y+ 5}, in the set of non-negative integers. Which of the following ordered pairs are elements of the given relation? (1,0)

A relation is defined by {(x, y):x>y+ 5}, in the set of non-negative integers. Which of the following ordered pairs are elements of the given relation? (0,1)

A relation is defined by {(x, y):x>y+ 5}, in the set of non-negative integers. Which of the following ordered pairs are elements of the given relation? (6,0)

A relation is defined by {(x, y):x>y+ 5}, in the set of non-negative integers. Which of the following ordered pairs are elements of the given relation?(10,3)

Which.of the following relations are functions?f= {(a, x), (b, y), (c, z)}

Which of the followings are relations from {x, y, z} to {a, b, c, d} {(x, c), (y, y)}

Find the equation of the tangent and normal to the following curve at the given point : y=2x^3-2x^2-8x+7 at (1,-1)