Vector Addition and Subtraction

Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Add vectors A and B. Find C = A + B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector B from vector A. Find C = A – B.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Subtract vector A from vector B. Find C = B – A.
1. i 8 + j 6
2. i 8 – j 6
3. –i 8 + j 6
4. –i 8 – j 6
5. i 2 + j 2
6. i 2 – j 2
7. –i 2 + j 2
8. –i 2 – j 2
9. i 8 + j 2
10. i 8 – j 2
11. –i 8 + j 2
12. –i 8 – j 2
13. i 2 + j 6
14. i 2 – j 6
15. –i 2 + j 6
16. –i 2 – j 6
Consider vector C in the diagram below. What is the relationship between vector C and vectors A and B
1. C = A + B
2. C = A – B
3. C = B – A
Consider vector C in the diagram below. What is the relationship between vector C and vectors A and B
1. C = A + B
2. C = A – B
3. C = B – A
Consider vector C in the diagram below. What is the relationship between vector C and vectors A and B
1. C = A + B
2. C = A – B
3. C = B – A
Consider vector C in the diagram below. What is the relationship between vector C and vectors A and B
1. C = A + B
2. C = A – B
3. C = B – A
Consider vector C in the diagram below. What is the relationship between vector C and vectors A and B
1. C = A + B
2. C = A – B
3. C = B – A
Consider vector C in the diagram below. What is the relationship between vector C and vectors A and B
1. C = A + B
2. C = A – B
3. C = B – A
Consider vector C in the diagram below. What is the relationship between vector C and vectors A and B
1. C = A + B
2. C = A – B
3. C = B – A
Consider vector C in the diagram below. What is the relationship between vector C and vectors A and B
1. C = A + B
2. C = A – B
3. C = B – A
Consider vector B in the diagram below. What is the relationship between vector B and vectors A and C
1. B = A + C
2. B = A – C
3. B = C – A
Consider vector B in the diagram below. What is the relationship between vector B and vectors A and C
1. B = A + C
2. B = A – C
3. B = C – A
Consider vector B in the diagram below. What is the relationship between vector B and vectors A and C
1. B = A + C
2. B = A – C
3. B = C – A
Consider vector B in the diagram below. What is the relationship between vector B and vectors A and C
1. B = A + C
2. B = A – C
3. B = C – A
Consider vector B in the diagram below. What is the relationship between vector B and vectors A and C
1. B = A + C
2. B = A – C
3. B = C – A
Consider vector B in the diagram below. What is the relationship between vector B and vectors A and C
1. B = A + C
2. B = A – C
3. B = C – A
Consider vector B in the diagram below. What is the relationship between vector B and vectors A and C
1. B = A + C
2. B = A – C
3. B = C – A
Consider vector B in the diagram below. What is the relationship between vector B and vectors A and C
1. B = A + C
2. B = A – C
3. B = C – A
Consider vector A in the diagram below. What is the relationship between vector A and vectors B and C
1. A = B + C
2. A = B – C
3. A = C – B
Consider vector A in the diagram below. What is the relationship between vector A and vectors B and C
1. A = B + C
2. A = B – C
3. A = C – B
Consider vector A in the diagram below. What is the relationship between vector A and vectors B and C
1. A = B + C
2. A = B – C
3. A = C – B
Consider vector A in the diagram below. What is the relationship between vector A and vectors B and C
1. A = B + C
2. A = B – C
3. A = C – B
Consider vector A in the diagram below. What is the relationship between vector A and vectors B and C
1. A = B + C
2. A = B – C
3. A = C – B
Consider vector A in the diagram below. What is the relationship between vector A and vectors B and C
1. A = B + C
2. A = B – C
3. A = C – B
Consider vector A in the diagram below. What is the relationship between vector A and vectors B and C
1. A = B + C
2. A = B – C
3. A = C – B
Consider vector A in the diagram below. What is the relationship between vector A and vectors B and C
1. A = B + C
2. A = B – C
3. A = C – B
Consider the vectors in the diagram below. What is the relationship between vectors A, B, and C?
1. A = B + C
2. B = A + C
3. C = A + B
4. A + B + C = 0
Consider the vectors in the diagram below. What is the relationship between vectors A, B, and C?
1. A = B + C
2. B = A + C
3. C = A + B
4. A + B + C = 0
Consider the vectors in the diagram below. What is the relationship between vectors A, B, and C?
1. A = B + C
2. B = A + C
3. C = A + B
4. A + B + C = 0
Consider the vectors in the diagram below. What is the relationship between vectors A, B, and C?
1. A = B + C
2. B = A + C
3. C = A + B
4. A + B + C = 0
Consider the vectors in the diagram below. What is the relationship between vectors A, B, and C?
1. A = B + C
2. B = A + C
3. C = A + B
4. A + B + C = 0
Consider the vectors in the diagram below. What is the relationship between vectors A, B, and C?
1. A = B + C
2. B = A + C
3. C = A + B
4. A + B + C = 0
Consider the vectors in the diagram below. What is the relationship between vectors A, B, and C?
1. A = B + C
2. B = A + C
3. C = A + B
4. A + B + C = 0
Consider the vectors in the diagram below. What is the relationship between vectors A, B, and C?
1. A = B + C
2. B = A + C
3. C = A + B
4. A + B + C = 0