Question

4. Finally click on the two in parallel and one in series button. a. Now measure the voltage across each capacitor. V?=___ V?=_ V?=_ b. Using the stated capacitance (1.0x10?¹³ F, 2.0x10?¹³ F, 2.5x10?¹³ F) find the charge on each capacitor. q?=_ q?=_ q?=___ c. What is your measured total capacitance in Farads? Read meter d. Now calculate the theoretical capacitance by using formula. 1. What are capacitors and what are its applications? 2. To increase the capacitance of the circuit how can you connect the capacitors? 3. To decrease the capacitance of the circuit how can you connect the capacitor?

          4. Finally click on the two in parallel and one in
series button.
a. Now measure the voltage across each
capacitor.
V?=_____
V?=_____
V?=_____
b. Using the stated capacitance (1.0x10?¹³ F,
2.0x10?¹³ F, 2.5x10?¹³ F) find the charge on
each capacitor.
q?=_____
q?=_____
q?=_____
c. What is your measured total capacitance in
Farads? Read meter
d. Now calculate the theoretical capacitance by
using formula.
1. What are capacitors and what are its applications?
2. To increase the capacitance of the circuit how can
you connect the capacitors?
3. To decrease the capacitance of the circuit how can
you connect the capacitor?

4. Finally click on the two in parallel and one in
series button.
a. Now measure the voltage across each
capacitor.
V?=
V?=
V?=
b. Using the stated capacitance (1.0x10?¹³ F,
2.0x10?¹³ F, 2.5x10?¹³ F) find the charge on
each capacitor.
q?=
q?=
q?=
c. What is your measured total capacitance in
Farads? Read meter
d. Now calculate the theoretical capacitance by
using formula.
1. What are capacitors and what are its applications?
2. To increase the capacitance of the circuit how can
you connect the capacitors?
3. To decrease the capacitance of the circuit how can
you connect the capacitor?

Added by Tiffany C.

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