Can there be two vector where the resultant is equal to either of them?

The resultant of two vectors will be equal to either of them if: (i) The two vectors are of same magnitude. The resultant of two vectors will be equal to either of them if: (i) The two vectors are of same magnitude.

What is the resultant When two vectors are equal?

The magnitude of the resultant of two equal vectors is equal to the magnitude of either vector.

Can the sum of two vectors be equal to either of the vector?

Answer: If you mean that the sum of 2 vectors is equal to either vectors in terms of magnitude and direction, then no, unless both vectors are zero vectors. However, the direction of the sum of 2 vectors can be same as direction of either vectors provided that both vectors are parallel.

When two vectors are added together their resultant is a minimum when the angle between them is?

The resultant of two vector is minimum when both vectors are equal and in opposite direction i.e. the angle between the vector is 180 degrees.

How do you know if two vectors are equal?

Two or more vectors are equal when they have the same length, and they point in the same direction. Any two or more vectors will be equal if they are collinear, codirected, and have the same magnitude.

When two vectors in the same direction are added the magnitude of resultant vector is equal to?

The resultant of two vectors u and v is perpendicular to the vector u and its magnitude is equal to half of the magnitude of vector v .

When you add two vectors is it possible to get a resultant vector which has a smaller magnitude than either vector?

As @almagest said, this means that the difference between the angles of the two vectors is 120 degrees. If the vectors are equal, then their sum will necessarily have a larger magnitude than either of them unless the vector is zero.

When two vector A and B are added?

Two vectors, A and B, are added together to form the vector C=A+B. The realtionship between the magnitudes of these vectors is given by: Cx=0 Cy=Asin60∘+Bsin30∘ AxandAy point in the positive x and y directions, respectively.

What is the angle between the resultant vector and the vector?

Direction of resultant is between the two vectors Angle between R with either A or B is always = 45 degrees”. Yes, the angle between resultant vector and either of the vectors will be 45 ° but the magnitude of Resultant vector in such a case will be 2 | A → | = 2 | B → | ≠ | A → | = | B → |

Can the direction of two vectors be the same?

Yes, the angle between resultant vector and either of the vectors will be 45 ° but the magnitude of Resultant vector in such a case will be 2 | A → | = 2 | B → | ≠ | A → | = | B → | When direction is same then the magnitude of resultant vector will be double of that of either of the vectors, therefore direction of the two vectors can’t be same.

How do you find the magnitude of a third vector?

In terms of magnitude, there are two cases. One is the trivial one of the magnitudes being zero. The second is two vectors separated by 120 degrees. [This is most easily understood by symmetry. Imagine a third vector at 120 degrees to each of the other two vectors.

What is the angle between the vectors of a rhombus?

The resultant vector O C is the diagonal of the rhombus whose adjacent sides are O A, O B. Since its length is equal to either, we have an equilateral triangle O B C. Thus the angle between the vectors is 120 ∘ . .