Question

Find the distance from the point P(3,5,6) to the line (x-1)/2 = (y+1)/3 = (z-1)/3

Find the distance from the point P(3,5,6) to the line (x-1)/2 = (y+1)/3 = (z-1)/3

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Find the shortest distance from the point P = (−1, 2, 3) to the line of...
Find the shortest distance from the point P = (−1, 2, 3) to the line of inter- section of the planes x + 2y − 3z = 4 and 2x − y + 2z = 5.
find the distance between the point (-1,3,5) and the line given by x=5+t, y=3-2t, and z=1-t
find the distance between the point (-1,3,5) and the line given by x=5+t, y=3-2t, and z=1-t
Find the distance from the point <8,−3,5> to the line x=−9−3∗t,y=8−3∗t,z=−4−8∗t
Find the distance from the point <8,−3,5> to the line x=−9−3∗t,y=8−3∗t,z=−4−8∗t
Find the equation of the plane that contains the line (x-2)(1/3)=(y)(1/2)=(z+4) and passes through the point...
Find the equation of the plane that contains the line (x-2)(1/3)=(y)(1/2)=(z+4) and passes through the point P(1, 0, -2)
Question 6. Find the distance from point P(1,−2,3) to the plane of equation (x−3) + 2(y...
Question 6. Find the distance from point P(1,−2,3) to the plane of equation (x−3) + 2(y + 1)−4z = 0. Question 8. Consider the function f(x,y) = x|x|+|y|, show that fx(0,0) exists but fy(0,0) does not exist.
Find the point(s) of intersection, if any, of the line x-2/1 = y+1/-2 = z+3/-5 and...
Find the point(s) of intersection, if any, of the line x-2/1 = y+1/-2 = z+3/-5 and the plane 3x + 19y - 7a - 8 =0
Find the minimum distance from the point (1,-6,3) to the plane x − y + z...
Find the minimum distance from the point (1,-6,3) to the plane x − y + z = 7. (Hint: To simplify the computations, minimize the square of the distance.)
Find the electric field at distance Y at point p above the straight-line segment of Length...
Find the electric field at distance Y at point p above the straight-line segment of Length L with linear charge density λ. Point p is located at 1/3 L from the left of the line. Hint: in this problem you need to find both X and Y components of the electric field.
Consider plane P: 4x -y + 2z = 8, line: <x, y, z> = <1+t, -1+2t,...
Consider plane P: 4x -y + 2z = 8, line: <x, y, z> = <1+t, -1+2t, 3t>, and point Q(2,-1,3) b) Find the perpendicular distance between point Q and plane P
Find the electric field at distance Y at point p above the straight-line segment of length...
Find the electric field at distance Y at point p above the straight-line segment of length L with linear charge density λ. Point P is located at 1/3 L from the left end of the line. Hint: in this problem you need to find both X and Y components of the electric field.