In a lab, the rated capacitance is 47 nF and the measured capacitance is 48.7 nF....
In a lab, the rated capacitance is 47 nF and the
measured capacitance is 48.7 nF. What is the
percent difference between the two numbers?
A. 170 % C. 36.17 %
B. 3.62 % D. – 3 %
Homework Answers
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In a lab, the rated capacitance is 47 nF and
the
measured capacitance is 48.7 nF....
3. Find the Equivalent Capacitance Between Terminals a and b C- 5 nF C3 8 nF...
3. Find the Equivalent Capacitance Between Terminals a and b C- 5 nF C3 8 nF C1 30 nF C 16 nF C4 4 nF C10= 20 nF C2= 26 nF C=10 nF Cg 20 nF C5 5 nF
Constants Part A When an air capacitor with a capacitance of 330 nF (1 nF 109...
Constants Part A When an air capacitor with a capacitance of 330 nF (1 nF 109 F) is connected to a power supply, the energy stored in the capacitor is 1.75x10-5J. While the capacitor is kept connected to the power supply, a slab of dielectric is inserted that completely fills the space between the plates. This increases the stored energy by 2.72x 10-5 J What is the potential difference between the capacitor plates? V-10.3 V Previous Answers Correct Part B...
h. Using the stated capacitance (1.0x10-13 F, 2.0x10-13 F, 2.Sx10-13 F ) find the charge on...
h. Using the stated capacitance (1.0x10-13 F, 2.0x10-13 F, 2.Sx10-13 F ) find the charge on each capacitor 1 e. What is your measured total capacitance in Farads? Read meter Now caleulate the theoretical equivalent capacitance difference measured and the theoretical value. and the percent d. 4. Finally click on the two in parallel and one in series button. a. Now measure the voltage across each capacitor. b. Using the stated capacitance (1.0x10-13 F, 2.0x10-13 F, 2.5x10-13 F) find the...
Four capacitors are connected in parallel. Two of the capacitors are each 20.6 nF. The third...
Four capacitors are connected in parallel. Two of the capacitors are each 20.6 nF. The third capacitor is 14.3 nF. The fourth capacitor has a capacitance of 73.4 nF. What is the value of the equivalent capacitance? Select one: a. 129 nF b. 108 nF c. 38.5 nF d. 143 nF e. 24.2 nF
Remaining Time: 47 minutes, 16 seconds. Question Completion Status: Save Answer Question 15 10 points The...
Remaining Time: 47 minutes, 16 seconds. Question Completion Status: Save Answer Question 15 10 points The two plates of a capacitor holds +2500 x 10-6 and -2500 x 10-6C of charge, respectively, when a potential difference is 690 V. What is the capacitance, a 3.62 X 1067 0 6. 248 OC,2.60 X10-6 d. 1.725 X 106 Question 15 of 20 Moving to the next question prevents changes to this answer GMT BOINS
How do I find the percent difference between the atomic weight I measured in a lab...
How do I find the percent difference between the atomic weight I
measured in a lab of Magnesium versus the actual weight of
Magnesium.
The E in the data is the scientific notation. Like the EE button
on scientific calculators
I'm not sure what the difference is except that one measurement
is in grams and the other is in moles. This is exactly how the
model science software showed it. These are the numbers it gave me
after I added...
3. (40 pts) The capacitance of a silicon pn junction diode with an area 10° cm2 is measured. A pl...
3. (40 pts) The capacitance of a silicon pn junction diode with an area 10° cm2 is measured. A plot of 1/C2 vs. the applied voltage Va is shown. The dashed line is extrapolated, continuing the data with a constant slope. From the junction capacitance formula and the dependence of W on Vbi-VA, one can obtain an equation for 1/C (a) If the diode is a one-sided junction, find the doping density on the low side from the measured (estimate...
A capacitance C1 = 13.3 μF is connected in series with a capacitance C2 = 3.5...
A capacitance C1 = 13.3 μF is connected in series with a capacitance C2 = 3.5 μF, and a potential difference of 175 V is applied across the pair. A1. Calculate the equivalent capacitance. A. What is the charge on C1? B. What is the charge on C2? C. What is the potential difference across C1? D. What is the potential difference across C2? E.(c25p72) Repeat for the same two capacitors but with them now connected in parallel. Calculate the...
PART A What property of objects is best measured by their capacitance? a)ability to conduct electric...
PART A
What property of objects is best measured by their
capacitance?
a)ability to conduct electric current
b)ability to distort an external electrostatic field
c)ability to store charge
Part B
Assume that charge ?q is placed on the top plate, and
+q is placed on the bottom plate. What is the magnitude of
the electric field E between the plates?
Express E in terms of q and other quantities
given in the introduction, in addition to ?0 and any other...
Two sheets of aluminum foil have the same area, a separation of 1mm, a capacitance of...
Two sheets of aluminum foil have the same area, a separation of 1mm, a capacitance of 10pF, and are charged to 12V. Thereafter, the source is being disconnected. (a) The separation is now decreased by 0.1mm with the charge held constant. What is the new capacitance? (b) By how much does the potential difference between the plates change as a result? (c) How might you build a microphone based on this principle? (d) What is the amount of work you...
3. Find the Equivalent Capacitance Between Terminals a and b C- 5 nF C3 8 nF C1 30 nF C 16 nF C4 4 nF C10= 20 nF C2= 26 nF C=10 nF Cg 20 nF C5 5 nF
Constants Part A When an air capacitor with a capacitance of 330 nF (1 nF 109 F) is connected to a power supply, the energy stored in the capacitor is 1.75x10-5J. While the capacitor is kept connected to the power supply, a slab of dielectric is inserted that completely fills the space between the plates. This increases the stored energy by 2.72x 10-5 J What is the potential difference between the capacitor plates? V-10.3 V Previous Answers Correct Part B...
h. Using the stated capacitance (1.0x10-13 F, 2.0x10-13 F, 2.Sx10-13 F ) find the charge on each capacitor 1 e. What is your measured total capacitance in Farads? Read meter Now caleulate the theoretical equivalent capacitance difference measured and the theoretical value. and the percent d. 4. Finally click on the two in parallel and one in series button. a. Now measure the voltage across each capacitor. b. Using the stated capacitance (1.0x10-13 F, 2.0x10-13 F, 2.5x10-13 F) find the...
Four capacitors are connected in parallel. Two of the capacitors are each 20.6 nF. The third capacitor is 14.3 nF. The fourth capacitor has a capacitance of 73.4 nF. What is the value of the equivalent capacitance? Select one: a. 129 nF b. 108 nF c. 38.5 nF d. 143 nF e. 24.2 nF
Remaining Time: 47 minutes, 16 seconds. Question Completion Status: Save Answer Question 15 10 points The two plates of a capacitor holds +2500 x 10-6 and -2500 x 10-6C of charge, respectively, when a potential difference is 690 V. What is the capacitance, a 3.62 X 1067 0 6. 248 OC,2.60 X10-6 d. 1.725 X 106 Question 15 of 20 Moving to the next question prevents changes to this answer GMT BOINS
How do I find the percent difference between the atomic weight I
measured in a lab of Magnesium versus the actual weight of
Magnesium.
The E in the data is the scientific notation. Like the EE button
on scientific calculators
I'm not sure what the difference is except that one measurement
is in grams and the other is in moles. This is exactly how the
model science software showed it. These are the numbers it gave me
after I added...
3. (40 pts) The capacitance of a silicon pn junction diode with an area 10° cm2 is measured. A plot of 1/C2 vs. the applied voltage Va is shown. The dashed line is extrapolated, continuing the data with a constant slope. From the junction capacitance formula and the dependence of W on Vbi-VA, one can obtain an equation for 1/C (a) If the diode is a one-sided junction, find the doping density on the low side from the measured (estimate...
PART A
What property of objects is best measured by their
capacitance?
a)ability to conduct electric current
b)ability to distort an external electrostatic field
c)ability to store charge
Part B
Assume that charge ?q is placed on the top plate, and
+q is placed on the bottom plate. What is the magnitude of
the electric field E between the plates?
Express E in terms of q and other quantities
given in the introduction, in addition to ?0 and any other...
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