A plane P passes through a point P (3, -2, 1) and is perpendicular to

1.	A plane P passes through a point P (3, -2, 1) and is perpendicular to the vector →V=4^i+7^j−4^k. The distance between the plane P and the plane. →r.(4^i+7^j−4^k)+33=0
Answer» A plane P passes through a point P (3, -2, 1) and is perpendicular to the vector $\to V = 4^i + 7^j - 4^k .$ The distance between the plane P and the plane. $\to r . (4^i + 7^j - 4^k) + 33 = 0$

A plane P passes through a point P (3, -2, 1) and is perpendicular to the vector →V=4^i+7^j−4^k. The distance between the plane P and the plane. →r.(4^i+7^j−4^k)+33=0

Answer»

A plane P passes through a point P (3, -2, 1) and is perpendicular to the vector

$\to V = 4^i + 7^j - 4^k .$ The distance between the plane P and the plane. $\to r . (4^i + 7^j - 4^k) + 33 = 0$