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If we change the battery into a 5.0V cell, instead of using 1.5V cell, how much energy will be stored in the capacitor? b) If the flash lasts for about 0.001 s, what is the power delivered by the capacitor duringthis brief time? c) If the dielectric used in the capacitor were a 0.010-mm-thick sheet of Strontium titanate (k=234), what would be the surface area of the capacitor plates?

If we change the battery into a 5.0V cell, instead of using 1.5V cell, how much energy will be stored in the capacitor? b) If the flash lasts for about 0.001 s, what is the power delivered by the capacitor duringthis brief time? c) If the dielectric used in the capacitor were a 0.010-mm-thick sheet of Strontium titanate (k=234), what would be the surface area of the capacitor plates?

Physics for Scientists and Engineers, Technology Update (No access codes included)
Physics for Scientists and Engineers, Technology Update (No access codes included)
9th Edition
ISBN:9781305116399
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter26: Capacitance And Dielectrics
Section: Chapter Questions
Problem 26.10OQ: (i) A battery is attached to several different capacitors connected in parallel. Which of the...
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Please answer the questions below. The data needed is in the picture.

a) If we change the battery into a 5.0V cell, instead of using 1.5V cell, how much energy will be stored in the capacitor?

b) If the flash lasts for about 0.001 s, what is the power delivered by the capacitor duringthis brief time?

c) If the dielectric used in the capacitor were a 0.010-mm-thick sheet of Strontium titanate (k=234), what would be the surface area of the capacitor plates?

 

Thank you!!

II. APPLICATIONS OF CAPACITANCE A. CAPACITOR FOR A CAMERA FLASH Switch A capacitor is used in a typical flash for a "point- and-shoot" camera. The figure shows a circuit for a camera flash, where a 1.5V cell battery is 1.5y charging the 2000 µF capacitor. When a flash is required, the energy stored in the capacitor is Dischange Tube : 2,00pF made to discharge through a discharge tube in 0.001 s, giving a powerful flash. Figure 3. A schematic diagram for a camera flash circuit. Illustrated by Marc Christian Perez Problem Solving: Directions. Read each statement then perform the tasks that follow. Write your computation on the space provided and box your final answer. a) If we change the battery into a 5.0V cell, instead of using 1.5V cell, how much energy will be stored in the capacitor? AS RICH b) If the flash lasts for about 0.001 s, what is the power delivered by the capacitor during this brief time? CR Un c) If the dielectric used in the capacitor were a 0.010-mm-thick sheet of Strontium titanate (k=234), what would be the surface area of the capacitor plates? EXC AS LEGACY DEPARTME LLENC
Transcribed Image Text:II. APPLICATIONS OF CAPACITANCE A. CAPACITOR FOR A CAMERA FLASH Switch A capacitor is used in a typical flash for a "point- and-shoot" camera. The figure shows a circuit for a camera flash, where a 1.5V cell battery is 1.5y charging the 2000 µF capacitor. When a flash is required, the energy stored in the capacitor is Dischange Tube : 2,00pF made to discharge through a discharge tube in 0.001 s, giving a powerful flash. Figure 3. A schematic diagram for a camera flash circuit. Illustrated by Marc Christian Perez Problem Solving: Directions. Read each statement then perform the tasks that follow. Write your computation on the space provided and box your final answer. a) If we change the battery into a 5.0V cell, instead of using 1.5V cell, how much energy will be stored in the capacitor? AS RICH b) If the flash lasts for about 0.001 s, what is the power delivered by the capacitor during this brief time? CR Un c) If the dielectric used in the capacitor were a 0.010-mm-thick sheet of Strontium titanate (k=234), what would be the surface area of the capacitor plates? EXC AS LEGACY DEPARTME LLENC
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