Hello I need help please thank you

B Vectors A and B as shown in the figure. Given their magnitude A=44m and B=22m. The resultant vector R is defined as the sum of A and B ( R = A + B). Find x-component of resultant y vector Rx XB Vectors A and B as shown in the figure. Given their magnitude A=47m and B=22m. The resultant vector R is defined as the sum of A and B ( DIV R = A + B). Find y-component of resultant y vector RyB Vectors A and B as shown in the figure. Given their magnitude A=49m and B=27m. The resultant vector R is defined as the sum of A and B ( V R = A + B). Find x-component of resultant .y vector Rx XB Vectors A and B as shown in the figure. Given their magnitude A=47m and B=28m. The resultant vector R is defined as the sum of A and B ( R = A + B). Find y-component of resultant - - - - - - AV vector Ry >xB Vectors A and B as shown in the figure. Given their A magnitude A=50m and B=20m and the angle 0=270. The resultant vector R is defined as the sum of A and B ( R = A + B). Find x-component of resultant vector Rx A JB Vectors A and B as shown in the figure. Given their magnitude A=56m and B=26m and the angle 0=309. The resultant vector R is defined as the sum of A and B ( R = A + B). Find y-component of resultant vector Ry > XB Vectors A and B as shown in the figure. Given their X magnitude A=52m and B=24m and the angle 0=210. The resultant vector R is defined as the sum of A and B ( A R = A + B). Find x-component of resultant vector RxB Vectors A and B as shown in the figure. Given their X magnitude A=55m and B=21m and the angle 0=350. The resultant vector R is defined as the sum of A and B ( A K R = A + B). Find y-component of resultant vector RyVectors A and B as shown in the figure. Given their A B magnitude A=66m and B=29m and the angle 0=290. The y resultant vector R is defined as the sum of A and B ( R = A + B). Find x-component of resultant vector RX H XVectors A and B as shown in the figure. Given their A B magnitude A=51m and B=28m and the angle 0=250. The resultant vector R is defined as the sum of A and B ( y R = A + B). Find y-component of resultant vector Ry XVectors A and B as shown in the figure. Given A their magnitude A=35m and B=35m. The resultant vector R is defined as the sum of A and B( R = A + B). Find x-component of resultant y vector Rx 60 60 XB Vectors A and B as shown in the figure. Given A their magnitude A=26m and B=26m. The resultant vector R is defined as the sum of A and B ( R = A + B). Find y-component of resultant y vector Ry 60 60 XB Vectors A and B as shown in the figure. Given their magnitude A=39.4m and B=39.4m. The resultant vector R is defined as the sum of A and B (R = A + B). Find x-component of resultant A vector Rx 60 60 > xB K Vectors A and B as shown in the figure. Given their magnitude A=46m and B=46m. The resultant vector R is defined as the sum of A and B ( R = A + B). Find y-component of resultant A y vector Ry 60 60 X