1. From the given figure below, calculate the following: a. the resultant force on Q1 offered by Q2 and Q3. b. the resultant force on Q2 offered by Q1 and Q3. c. the resultant force on Q3 offered by Q1 and Q2. Qi= 3.85 X10 -12 stat C %3D 3410 mm +) Q2 = log0 x 1D-12 stat c %3D 2. 7 X10² mm -12 + Qo- 7. DO X10 stat c
1. From the given figure below, calculate the following: a. the resultant force on Q1 offered by Q2 and Q3. b. the resultant force on Q2 offered by Q1 and Q3. c. the resultant force on Q3 offered by Q1 and Q2. Qi= 3.85 X10 -12 stat C %3D 3410 mm +) Q2 = log0 x 1D-12 stat c %3D 2. 7 X10² mm -12 + Qo- 7. DO X10 stat c
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Coulomb's Law
![1. From the given figure below, calculate the following:
a. the resultant force on Q1 offered by Q2 and Q3.
b. the resultant force on Q2 offered by Q1 and Q3.
c. the resultant force on Q3 offered by Q1 and Q2.
+) Qi = 3.85 x10-12
stat C
%3D
3410 mm
-12
+ Q2 = l,90 x 10
stat C
%3D
7 X10² mm
(+) do
7. DO X ID -12
stat c](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe00c1075-cd31-4b10-996d-dc9c7d71fded%2F9d90820c-405e-4d89-8afd-29c75bd37f9e%2Fga8drwg_processed.png&w=3840&q=75)
Transcribed Image Text:1. From the given figure below, calculate the following:
a. the resultant force on Q1 offered by Q2 and Q3.
b. the resultant force on Q2 offered by Q1 and Q3.
c. the resultant force on Q3 offered by Q1 and Q2.
+) Qi = 3.85 x10-12
stat C
%3D
3410 mm
-12
+ Q2 = l,90 x 10
stat C
%3D
7 X10² mm
(+) do
7. DO X ID -12
stat c
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