Posted by **Derek** on Wednesday, July 9, 2008 at 5:30pm.

Use normal vectors to determine the intersection, if any, for each of the following groups of three planes. Give a geometric interpretation in each case and the number of solutions for the corresponding linear system of equations. If the planes intersect in a line, determine a vector equation of the line. If the planes intersect in a point, determine the coordinates of the point.

2x − 5y + 3z = −10

3x + 6y + 3z = −6

3x − 4y + z = −1

## Answer this Question

## Related Questions

- Calc. - Use normal vectors to determine the intersection, if any, for each of ...
- Calculus - Use normal vectors to determine the intersection, if any, for each of...
- Calc. - I am so confused with this last part of the unit! What in the world is ...
- Vectors - which is not a possible type of intersection between three planes? a) ...
- Math - Determine whether the following statements are always,sometime, or never ...
- Math - intersection of planes - You are given the following two planes: x+4y-3z-...
- Math - intersection of planes - You are given the following two planes: x+4y-3z-...
- Vectors - What is the nature of intersection of these three planes: 5x+3y-z=11 -...
- Calc. - Determine the interaction of the line of intersection of the planes x + ...
- Linear Algebra 2 - This is another question I can't figure out. Given planes ...