If a vector A is perpendicular to B and A is also perpendicular to C. Then is it necessary that B is perpendicular to C? Explain with suitable reasons.
No, it is not necessary that vector B is perpendicular to vector C if vector A is perpendicular to both B and C.
Let vector A be along the x-axis, vector B along the y-axis, and vector C along the z-axis in three-dimensional space.
Vector A is perpendicular to both B and C because it lies in the x-y plane, and the x-y plane is perpendicular to both the y-axis (B) and the z-axis (C)
However, vector B (along the y-axis) and vector C (along the z-axis) are not perpendicular to each other. They are actually parallel to each other and lie in the y-z plane.
In this case, vector A is perpendicular to both B and C, but B is not perpendicular to C. Therefore, the perpendicularity of vector A with vectors B and C does not necessarily imply that B is perpendicular to C.
Answers & Comments
Answer:
no
Explanation:
No, it is not necessary that vector B is perpendicular to vector C if vector A is perpendicular to both B and C.
Let vector A be along the x-axis, vector B along the y-axis, and vector C along the z-axis in three-dimensional space.
Vector A is perpendicular to both B and C because it lies in the x-y plane, and the x-y plane is perpendicular to both the y-axis (B) and the z-axis (C)
However, vector B (along the y-axis) and vector C (along the z-axis) are not perpendicular to each other. They are actually parallel to each other and lie in the y-z plane.
In this case, vector A is perpendicular to both B and C, but B is not perpendicular to C. Therefore, the perpendicularity of vector A with vectors B and C does not necessarily imply that B is perpendicular to C.
Verified answer
Answer:
No, it's not necessary
See attachment....
In 1st figure A is perpendicular to both but B is not perpendicular to C
And 2nd figure, where all perpendicularly placed just like xyz axis