Solution Found!
The position vector for an electron is . (a) Find the
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QUESTION:
The position vector for an electron is \(\vec{r}\) = (5.0 m)\(\hat{\mathrm{i}}\) − (3.0 m)\(\hat{j}\) + (2.0 m)\(\hat{k}\).
(a) Find the magnitude of \(\vec{r}\).
(b) Sketch the vector on a right-handed coordinate system.
Questions & Answers
QUESTION:
The position vector for an electron is \(\vec{r}\) = (5.0 m)\(\hat{\mathrm{i}}\) − (3.0 m)\(\hat{j}\) + (2.0 m)\(\hat{k}\).
(a) Find the magnitude of \(\vec{r}\).
(b) Sketch the vector on a right-handed coordinate system.
ANSWER:Step 1 of 3
Given data
The position vector for an electron .
The standard equation for the position vector is given as,
Comparing position vector for an electron to the standard equation for the position vector,
and,