The video tutorial explains how to work with vectors U and V, including expressing them in component form, calculating their magnitudes, and finding the angle between them using the dot product and cosine inverse. The tutorial also addresses potential questions about solutions.

What is the component form of vector U?

• (2, -1)

• (4, 6)

• (1, -2)

• (6, 4)

Which formula is used to find the angle between two vectors?

• cotangent of Theta equals the dot product of U * V over the magnitude of U times the magnitude of V

• sine of Theta equals the dot product of U * V over the magnitude of U times the magnitude of V

• tangent of Theta equals the dot product of U * V over the magnitude of U times the magnitude of V

• cosine of Theta equals the dot product of U * V over the magnitude of U times the magnitude of V

What is the magnitude of vector U?

• sqrt(8)

• sqrt(13)

• sqrt(10)

• sqrt(5)

How is the magnitude of vector V simplified?

• 4 sqrt(13)

• sqrt(52)

• sqrt(65)

• 2 sqrt(13)

What is the dot product of vectors U and V?

• 10

• 6

• 12

• 8

What is the angle between the vectors U and V?

• 30 degrees

• 90 degrees

• 45 degrees

• 60.26 degrees

What function is used to find the angle from the cosine value?

• Inverse cotangent

• Inverse cosine

• Inverse sine

• Inverse tangent