Learning Goal: Learning Ojective -- Electric Force in a system of three point charges on a Triangle Coulomb's law for th
Posted: Wed Jun 08, 2022 7:47 pm
- Learning Goal Learning Ojective Electric Force In A System Of Three Point Charges On A Triangle Coulomb S Law For Th 1 (199.25 KiB) Viewed 18 times
- Learning Goal Learning Ojective Electric Force In A System Of Three Point Charges On A Triangle Coulomb S Law For Th 2 (31.77 KiB) Viewed 18 times
the magnitude of the electrostatic
(electric) force on charge q3 by charge
q1.
Part B - What is
the direction of the electrostatic
(electric) force ON charge q3 BY charge
q1?
(Report the direction by
a COUNTERCLOCKWISE angle from the +x axis. Round to an
integer.)
Part C - Calculate the magnitude of the
electrostatic (electric) force on charge q3 by charge q2.
Answer in Newton
Part D - What is
the direction of the electrostatic
(electric) force ON charge q3 BY charge
q2?
(Report the direction by
a COUNTERCLOCKWISE angle from the +x axis. Round to an
integer. )
- Learning Goal Learning Ojective Electric Force In A System Of Three Point Charges On A Triangle Coulomb S Law For Th 3 (33.83 KiB) Viewed 18 times
component of
the NET electrostatic (electric)
force on charge q3 (by charge q1 and
q2)? You can open the hint if you need help. Answer
in Newton
Part F - What is
the y component of
the NET electrostatic (electric)
force on charge q3 (by charge q1 and q2)? You
can open the hint if you need help. Answer in Newton
Part G - Find the magnitude of
the NET electrostatic (electric) force on charge q3
(by charge q1 and q2). Answer in Newton
Part H - Find the direction of
the NET electrostatic (electric) force on charge q3
(by charge q1 and q2).
(From the signs of
Fnetx and Fnety, determine in
which quadrant the NET force VECTOR is.
Pay attention to how to determine the COUNTERCLOCKWISE angle from
the +x axis.)
Learning Goal: Learning Ojective -- Electric Force in a system of three point charges on a Triangle Coulomb's law for the magnitude of the electrostatic (electric) force F between two particles with charges Q and Q' separated by a distance d is |QQ| |F| = k|29|| d² where k = 9.00 x 10⁹ N/(m² C²) is the Coulomb Constant. The direction of the force is along the line connecting the two charges. If the charges have the same sign, the force will be repulsive. If the charges have opposite signs, the force will be attractive. In other words, opposite charges attract and like charges repel. Configuration of this problem: 92 +y 9₁ 93 d13 d23
In the figure on the left panel, three points charges are on a Triangle. 9₁ = 2.00 μC, q2 = -5.20 µC, 93 = 4.00 μC 1μc=10-6 c d₁3 = 0.220 m, angle a = 35°, use k = 9.00 × 10⁹ N/(m² C²) for the Coulomb Constant.
To find the magnitude and the direction of the NET electrostatic (electric) force on charge q3 (by charges q1 and q2), you will need to do a VECTOR addition. Here you will be led through the steps. But in exams, you must be able to do the steps without guidance.