In Exercises 1–8, use the given vectors to find v⋅w and v⋅v. v = -6i - 5j, w = -10i - 8j
8. Vectors
Dot Product
8. Vectors
Dot Product
- Textbook Question644views
- Multiple Choice
If vectors and , calculate .
417views - Multiple Choice
If vectors and , calculate .
398views - Multiple Choice
If vectors , , and , calculate .
380views1rank - Multiple Choice
If vectors and , and , determine the angle between vectors and .
394views - Multiple Choice
If vectors and , determine the angle between vectors and .
363views - Multiple Choice
If vectors , and the angle between & is , calculate .
383views1rank - Textbook QuestionIn Exercises 1–8, use the given vectors to find v⋅w and v⋅v.v = 3i + j, w = i + 3j675views
- Textbook QuestionIn Exercises 1–8, use the given vectors to find v⋅w and v⋅v.v = 5i - 4j, w = -2i - j601views
- Textbook QuestionIn Exercises 5–8, letv = -5i + 2j and w = 2i - 4jFind the specified vector, scalar, or angle.v ⋅ w567views
- Textbook QuestionIn Exercises 1–8, use the given vectors to find v⋅w and v⋅v.v = 5i, w = j541views
- Textbook Question
Find the angle between each pair of vectors. Round to two decimal places as necessary.
〈2, 1〉, 〈-3, 1〉
453views - Textbook Question
Find the angle between each pair of vectors. Round to two decimal places as necessary.
〈4, 0〉, 〈2, 2〉
419views - Textbook Question
Find the angle between each pair of vectors. Round to two decimal places as necessary.
〈1, 6〉, 〈-1, 7〉
396views - Textbook Question
Find the angle between each pair of vectors. Round to two decimal places as necessary.
3i + 4j, j
455views