Question

(1 point) Find two unit vectors orthogonal to a = ?-1, 1, 2? and b = ?-1, 0, -5? Enter your answer so that the first vector has a positive first coordinate First Vector: ? -5/(5sqrt(3)) , -7/(5sqrt(3)) , 1/(5sqrt(3)) ? Second Vector: ? 5/(5sqrt(3)) , 7/(5sqrt(3)) , -1/(5sqrt(3)) ?

          (1 point)
Find two unit vectors orthogonal to a = ?-1, 1, 2? and b = ?-1, 0, -5?
Enter your answer so that the first vector has a positive first coordinate
First Vector: ? -5/(5sqrt(3)) , -7/(5sqrt(3)) , 1/(5sqrt(3)) ?
Second Vector: ? 5/(5sqrt(3)) , 7/(5sqrt(3)) , -1/(5sqrt(3)) ?

(1 point)
Find two unit vectors orthogonal to a = ?-1, 1, 2? and b = ?-1, 0, -5?
Enter your answer so that the first vector has a positive first coordinate
First Vector: ? -5/(5sqrt(3)) , -7/(5sqrt(3)) , 1/(5sqrt(3)) ?
Second Vector: ? 5/(5sqrt(3)) , 7/(5sqrt(3)) , -1/(5sqrt(3)) ?

Added by Matthew D.

Calculus: Early Transcendentals

James Stewart 8th Edition

Instant Answer

Solved by Expert Adi S

09/14/2023

Step 1

The cross product of two vectors will give us a vector that is orthogonal to both of the given vectors. Show more…

Show all steps

Thanks for your feedback!

Find two unit vectors orthogonal to a = <-1, 1, 2> and b = <-1, 0, -5>. Enter your answer so that the first vector has a positive first coordinate. (1 point) Find two unit vectors orthogonal to a = <-1, 1, 2> and b = <-1, 0, -5>. Enter your answer so that the first vector has a positive first coordinate. First Vector: (-5/(5sqrt(3)), -7/(5sqrt(3)), 1/(5sqrt(3))) Second Vector: (5/(5sqrt(3)), 7/(5sqrt(3)), -1/(5sqrt(3)))