Home » Blog » Education » The capacitor charge Q Decays to Zero to zero

The capacitor charge Q Decays to Zero to zero

by businessian
The capacitor charge q exponentially decays to zero when the relay is thrown to position n.o.

 

In this article, we are going to talk about “The Capacitor Charge Q Decays to Zero When the Relay is Thrown to Position N.O.” and this problem. Whenever we need to solve a problem, we should go for the best and most good websites. Here we have so many good websites providing good results and information.

So, for this question, “The Capacitor Charge Q Decays to Zero When the Relay is Thrown to Position N.O.”, chegg.com is giving some information.let’s have a look into this!

chegg.com

Question

1. The capacitor charge Q decays to zero when the RELAY is thrown to position N.O.
 
True
 
False
 
2. The transient currents that flow in this experiment decay to zero.
 
True
 
False

3. When the capacitor charge Q is positive, the measured VOLTAGE IN 1 is positive.

True
 
False
 
 
True
 
False
5. When the current I is positive, the measured VOLTAGE IN 2 will be negative.
True
 
False
 
Here experts wrote this answer to help students who learn the core concept.
 
F

quizlet.com

Here quizlet.com explains, “The Capacitor Charge Q Decays to Zero When the Relay is Thrown to Position N.O.” The capacitor charge q declines to zero. Which means when the relay is thrown to position n.o. The answer is FALSE because N.O. place positions for “opened”. That’s why the capacitor charge q will not decay to 0.

The Capacitor Charge Q Decays to Zero When the Relay is Thrown to Position N.O.

The Capacitor Charge Q Decays to Zero When the Relay is Thrown to Position N.O.
 
True
 
False
 
Expert-Verified Answer
 
The answer is FALSE.
 
This website also provides a good solution.

homework.study.com 

Question:
 
The Capacitor Charge Q Decays to Zero When the Relay is Thrown to Position N.O.
 
Capacitance:
 
A capacitor is one of the electrical devices. Electrical devices store electrical charges when related to a source of possible change
 
The entire charge that the capacitor can store when placed crosswise. A potential V is given Q=CV where C is the capacity of the capacitor.

dgoodz.com

1 of 9 questions: 0.5/0.5 points Based on the circuit’s behaviour in Figure 5 of the laboratory manual writeup for Experiment O.E., respond to the following T/F questions. Following the RELAY being switched to either the N.O. or N.C. position, a transient current flows briefly. The correct response is accurate. Second of nine 0.5/0.5 Points

Question 2 out of 9 = 0.5 / 0.5 When the RELAY is thrown to position N.O., the capacitor charge Q progressively degrades until it reaches zero. Answer: False for True/False.

Related Searches

terminals

electric field

passive electronic component

Capacitor types

Capacitance

circuit

alternating current

electric power transmission

power supplies

You may also like

businessian logo

Discover innovative ideas, business strategies and marketing services

Businessian.com offers brand management solutions. We strive to provide ideas, inspiration, strategies, and tools to help our clients grow their business and achieve success.

Random

Latest Posts

Copyright © 2024 All Rights Reserved by Businessian