r1-2-75-cm-28-north-of-the-negative-x-axis-and-r2-1-75-cm-15-west-of-the-positiv

Question

R₁ (2.75 cm, 28 ° north of the negative x-axis) and R₂ (1.75 cm, 15 ° west of the positive y-axis) represent the position vectors of two charged particles. Calculate the x and y components of R₁ and R₂.

Accepted Answer

R_1x = - 2.43 cm ; R_1y = + 1.29 cm
R_2x = - 0.45 cm ; R_2y = + 1.69 cm

Answer

R_1x = +2.43 cm ; R_1y = +1.29 cm
R_2x = + 0.45 cm ; R_2y = + 1.69 cm

Answer

R_1x = +2.43 cm ; R_1y = - 1.29 cm
R_2x = + 0.45 cm ; R_2y = - 1.69 cm

Answer

R_1x = - 2.43 cm ; R_1y = - 1.29 cm
R_2x = - 0.45 cm ; R_2y = + 1.69 cm

My Courses

Chemistry

Biology

Math

Physics

Business

Social Sciences

Programming

Product & Marketing

R₁ (2.75 cm, 28 ° north of the negative x-axis) and R₂ (1.75 cm, 15 ° west of the positive y-axis) represent the position vectors of two charged particles. Calculate the x and y components of R₁ and R₂.

My Courses

Chemistry

Biology

Math

Physics

Business

Social Sciences

Programming

Product & Marketing

R1 (2.75 cm, 28 ° north of the negative x-axis) and R2 (1.75 cm, 15 ° west of the positive y-axis) represent the position vectors of two charged particles. Calculate the x and y components of R1 and R2.

R₁ (2.75 cm, 28 ° north of the negative x-axis) and R₂ (1.75 cm, 15 ° west of the positive y-axis) represent the position vectors of two charged particles. Calculate the x and y components of R₁ and R₂.