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NAMA

1. The document contains the details of a physics assignment, including calculations of charge, force, voltage, and capacitance. 2. Calculations are shown for determining the charge on spheres in a physics problem, as well as the electric force and voltage between the spheres. 3. Further calculations combine capacitors in series and parallel circuits to find equivalent capacitance and voltage values.

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29 views1 page

NAMA

1. The document contains the details of a physics assignment, including calculations of charge, force, voltage, and capacitance. 2. Calculations are shown for determining the charge on spheres in a physics problem, as well as the electric force and voltage between the spheres. 3. Further calculations combine capacitors in series and parallel circuits to find equivalent capacitance and voltage values.

Uploaded by

agus
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
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NAMA : Ujang Rohendi

PRODI : Teknik Mesin S1 P2K


NIM : 1811129

TUGAS FISIKA

1. DIK: Q1 𝟑
= 3nc = = 3x 10 -6 c
𝟏𝟎𝟎𝟎.𝟎𝟎𝟎𝟎
−6
Q2 = - 3nc = -3 x 10 c
Q3 = 2 nc = 2 x 10−6 c
r =1m

DIT F Q3
F 𝐪𝟑
= K R2
2 x 10−6
= 9 x 109 . 12
= 18 x 103 C

2. q1 q2 Q
0,1 V= K
r1
q4 q1+q2+q3+q4
= 11
2nc + −2nc+3nc+ −6nc
q3 q4 = 9x 109 , 0,1
−27 x 103
=
0,1
3
= 270 x 10 volt

3. DIK C1 = 10µF Cs = C1 + C2 Q
V1 = C1
C2 = 16µF 1 1 12
= C1 + C2 =
10

C3 = 6 µF 1 1 = 1,2 V
= +
10 16
C4 = 12 µF 16+10
= 160

V = 12 V 26
= 160

CP = Cs + C3 + C4 160
= 26
= 6,2µF
= 6,2 + 6 + 12 Q 12
V4 = C4 = 12
= 1 volt
= 24,2 µF

4. Dik = R1 = 1,5 kΩ r2
R2 = 3 kΩ r1

R3 = 1 kΩ
R4 = 2 kΩ r3 r4
V = 12 v

Dit = Q I tot =,,,,? R3 = R1 + R2


V I 3 =,,,,,,,,? = 1,5 + 3
= 4,5 + KΩ
v 1 1 1
Itot = Rp = + +
12 Rs r3 r4
12 1 1 1
= = + +
0,58 4,5 1 2
= 20,68 volt 2+9+4,5
=
9
V =I.R 15,5 9
= = = 0,58 kΩ
9 15,5
= 20,68 x 1
= 20,68 volt

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