The x and y components of a position vector P have numerical values 5 and 6 respectively. Direction and magnitude of vector P are

The x and Y components of a vector barP have numerical values 5 and 6 respectively. Find the vector barP

The x and Y components of a vector barP have numerical values 5 and 6 respectively. Find the vector barP

If x and y components of a vector vecP have numerical values 5 and 6 respectively and that of vecP + vecQ have magnitudes 10 and 9, find the magnitude of vecQ

If x and y components of a vector vecP have numberical values 5 and 6 respectively and that of vecP + vecQ have magnitudes 10 and 9, find the magnitude of vecQ

The x and y components of vector vec(A) are 4 m and 6 m respectively. The x and y components of vector vec(A)+vec(B) are 10 m and 9 m respectively. For the vector vec(B) calculate the following-

The x and y-components of vector A are 4 m and 6 m respectively. The x and y-components of vector A + B are 10 m and 9 m respectively. Calculate for the vector B the following: (a) its x and y-components (b) its length (c ) the angle it makes with x-axis.

The x and y-components of vector A are 4 m and 6 m respectively. The x and y-components of vector A + B are 10 m and 9 m respectively. Calculate for the vector B the following: (a) its x and y-components (b) its length (c ) the angle it makes with x-axis.

The x and y-components of vector A are 4 m and 6 m respectively. The x and y-components of vector A + B are 10 m and 9 m respectively. Calculate for the vector B the following: (a) its x and y-components (b) its length (c ) the angle it makes with x-axis.

The magnitude of x and y components of vec(A) are 7 and 6 respectively . Also , the magnitudes of x and y components of vec(A)+vec(B) are 11 and 9 respectively . Calculate the magnitude of vector vec(B)