-3-ihat-4-jhat-meters-what-is-the-value-of-r3-used-in-the-vector-coulomb-formula

Question

A displacement vector between two charges is R→=3i^−4j^\overrightarrow{R}=3\hat{i}-4\hat{j} meters. What is the value of $$R3R^3$$ used in the vector Coulomb formula?

Accepted Answer

125125 m3	ext{m}^3

Answer

6464 m3	ext{m}^3

Answer

77 m3	ext{m}^3

Answer

2525 m3	ext{m}^3

A displacement vector between two charges is R→=3i^−4j^\(\overrightarrow{R}\)=3\(\hat{i}\)-4\(\hat{j}\) meters. What is the value of R3R^3 used in the vector Coulomb formula?

A displacement vector between two charges is $\vec{R} = 3 \hat{i} - 4 \hat{j}$ meters. What is the value of $R^{3}$ used in the vector Coulomb formula?