If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

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Which of the following pairs of vectors are perpendicular?

Possible Answers:

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Correct answer:

Explanation:

Two vectors are perpendicular when their dot product equals to 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Recall how to find the dot product of two vectors 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 and 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

The correct choice is 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Which of the following pairs of vectors are perpendicular?

Possible Answers:

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Correct answer:

Explanation:

Two vectors are perpendicular when their dot product equals to 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Recall how to find the dot product of two vectors 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 and 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

The correct choice is,

 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Which of the following pairs of vectors are perpendicular?

Possible Answers:

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Correct answer:

Explanation:

Two vectors are perpendicular when their dot product equals to 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Recall how to find the dot product of two vectors 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 and 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

The correct choice is 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Which of the following pairs of vectors are perpendicular?

Possible Answers:

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Correct answer:

Explanation:

Two vectors are perpendicular when their dot product equals to 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Recall how to find the dot product of two vectors 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 and 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Recall that for a vector, 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

The correct answer is then,

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Which of the following vectors are perpendicular?

Possible Answers:

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Correct answer:

Explanation:

Two vectors are perpendicular when their dot product equals to 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Recall how to find the dot product of two vectors 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 and 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

The correct answer is then,

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Which of the following pairs of vectors are perpendicular?

Possible Answers:

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Correct answer:

Explanation:

Two vectors are perpendicular when their dot product equals to 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Recall how to find the dot product of two vectors 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 and 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Recall that for a vector, 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

The correct answer is then,

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Which of the following pairs of vectors are parallel?

Possible Answers:

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Correct answer:

Explanation:

For two vectors, 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 and 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 to be parallel, 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
, for some real number 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

The correct answer here is 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 because

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Therefore,

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Which of the following pairs of vectors are parallel?

Possible Answers:

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Correct answer:

Explanation:

For two vectors, 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 and 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 to be parallel, 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
, for some real number 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

The correct answer here is 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 because 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Thus making the vector parallel,

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Which of the following pairs of vectors are parallel?

Possible Answers:

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Correct answer:

Explanation:

For two vectors, 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 and 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 to be parallel, 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
, for some real number 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

The correct answer here is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 because

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

Thus making the vector parallel.

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Which of the following pairs of vectors are parallel?

Possible Answers:

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Correct answer:

Explanation:

For two vectors, 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 and 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 to be parallel, 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
, for some real number 
If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
.

The correct answer here is 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is
 because 

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Making the vector parallel as follows.

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

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If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Brianna
Certified Tutor

Fairfield University, Bachelor of Science, Biology, General. National University of Ireland at Galway, Master of Science, Neu...

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Magda
Certified Tutor

Heritage College, Bachelor of Science, Education.

If two vectors P and Q are antiparallel then the vector product of vectors P and Q is

Mohammed Shezan
Certified Tutor

National Institute of Technology-Calicut, Bachelor of Technology, Technology and Industrial Arts Education. University of Bri...

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If two vectors P and Q are antiparallel then the vector product of vectors P and Q is