A plane in three dimensional space can be written as ax + by + cz = d. We can find the possible intersections of planes in this form by writing them as systems of linear equations and using reduction to solve them. If d = 0 in each equation, then we have a homogeneous system with either a unique solution or infinitely many solutions.Determine whether the intersection of the planes:  has a unique solution or infinitely many solutions; then solve the system.

What will be an ideal response?


infinitely many solutions; xz = 0, y + 1z = 0; in parametric form: x = rz = r, where r is any real number.

Mathematics

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Rewrite the expression with positive exponents and simplify.   ?

A. ?
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Find all numbers not in the domain of the function.f(x) = 

A. 2, -1 B. - 2 C. None D. 2

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Find the center and radius of the circle.x2 + y2 = 5

A. Center: (0, 0), radius: 
B. Center: (0, 0), radius: 5
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Mathematics