Two vectors, vec(A) and vec(B), have magnitudes |vec(A)|=|vec(B)|=6.00. Their vector (cross) product is vec(A) imes vec(B)=-20.00hat(i)+8.00hat(j). What is the angle heta between vectors vec(A) and vec(B), and what is the scalar (dot) product, vec(A)*vec(B) ?
A) heta =17.1^(0),vec(A)*vec(B)=28.84
B) heta =17.1^(0),vec(A)*vec(B)=34.40
C) heta =36.8^(0),vec(A)*vec(B)=28.84
D) heta =36.8^(0),vec(A)*vec(B)=34.40
E) heta =53.2^(0),vec(A)*vec(B)=28.84
F) heta =53.2^(0),vec(A)*vec(B)=34.40
G) heta =0deg ,vec(A)*vec(B)=36.00
16) Two vectors, A and B, have magnitudes [A]=|B|=6.00. Their vector (cross) product is A B=-20.00+8.00j What is the angle between vectors A and B, and what is the scalar (dot) product, A . B ?
A=17.1A.B=28.84 B=17.1A.B=34.40 C=36.8A.B=28.84 D=36.8A.B=34.40 E=53.20A.B=28.84 F=53.20A.B=34.40 G=0A.B=36.00