Find the electric field intensity at the point (5,3,0) m in Cartesian coordinates due to a point charge Q = 0.5 µC at the origin.

icon
Related questions
Question
Problem Solving Questions
Show your complete mathematical solution for the
following problems.
Round your numerical answers to the nearest thousandths.
Enclose your final answers in a rectangle.
I.
1. Find the electric field intensity at the point (5,3,0) m in
Cartesian coordinates due to a point charge Q = 0.5 µC at the
origin.
2. An infinite uniform line charge with a line charge density
of 50 nC/m lies along the z-axis. Find the electric field
intensity at the point (3,4,5) m.
3. Charge is distributed uniformly over the plane y = -5 cm
with a surface charge density of 1/36n nC/m². Find the
Electric field intensity.
4. Find the charge in the volume defined by 0<x<5m, 0<y<5
m, and 0<z<5 m if volume charge density is 5x³y²z uC/m³.
5. Three point charges, Q1 = 100 nC, Q2 = -15 nC, and Q3
-45 nC,
%3D
are enclosed by surface S. What net flux crosses S?
Transcribed Image Text:Problem Solving Questions Show your complete mathematical solution for the following problems. Round your numerical answers to the nearest thousandths. Enclose your final answers in a rectangle. I. 1. Find the electric field intensity at the point (5,3,0) m in Cartesian coordinates due to a point charge Q = 0.5 µC at the origin. 2. An infinite uniform line charge with a line charge density of 50 nC/m lies along the z-axis. Find the electric field intensity at the point (3,4,5) m. 3. Charge is distributed uniformly over the plane y = -5 cm with a surface charge density of 1/36n nC/m². Find the Electric field intensity. 4. Find the charge in the volume defined by 0<x<5m, 0<y<5 m, and 0<z<5 m if volume charge density is 5x³y²z uC/m³. 5. Three point charges, Q1 = 100 nC, Q2 = -15 nC, and Q3 -45 nC, %3D are enclosed by surface S. What net flux crosses S?
Expert Solution
steps

Step by step

Solved in 2 steps

Blurred answer