C++ How to Program (10th Edition)
10th Edition
ISBN: 9780134448237
Author: Paul J. Deitel, Harvey Deitel
Publisher: PEARSON
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You went camping overnight but forgot to take with you a heater and need to make one using a dc battery of V0 and spare electrical wires of different lengths and resistivity. The battery has lead with the resistance of Rw.
Please obtain the formula for the joule heat power and plot it as a function of RH ( in MATLAB) and in comparison to the resistance of the connecting leads, Rw. (Note: express RH = x Rw, where x is the effective ratio; vary x and plot Pmax vs. x). and Find the heating power if the heater is made out of superconducting metal. Will this heater work and why?! What is to happen on the molecular ( i.e. electron) level ?!
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Chapter 8 Solutions
C++ How to Program (10th Edition)
Ch. 8 - (True or False) State whether the following are...Ch. 8 - (Write C++ Statements) For each of the following,...Ch. 8 - (Write C++ Statements) for each of the following,...Ch. 8 - (Function Headers and Prototypes) Perform the task...Ch. 8 - (Find the Code Errors) Find the error in each of...Ch. 8 - (Simulation: The Tortoise and the Hare) In this...Ch. 8 - (What Does This Code Do?) What does this program...Ch. 8 - (What Does This Code Do?) What does this program...Ch. 8 - In the next several problems, we take a temporary...Ch. 8 - (Computer Simulator) It may at first seem...
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- Explain the code with its output. Your explanation must be sufficiently detailed and clear.arrow_forwardNeed explanation of this code respect to the outputarrow_forward(Physics) a. Design, write, compile, and run a C++ program to calculate the elapsed time it takes to make a 183.67-mile trip. This is the formula for computing elapsed time: elapsedtime=totaldistance/averagespeed The average speed during the trip is 58 mph. b. Manually check the values computed by your program. After verifying that your program is working correctly, modify it to determine the elapsed time it takes to make a 372-mile trip at an average speed of 67 mph.arrow_forward
- Answer Problem 2 Use C++ Type the source code and the output.arrow_forwardProblem Statement: You are given n points in a plane. Whenever we find three points that are collinear, we draw a line through them. How many different lines are there? Come up with an efficient algorithm. First, explain your solution. Then provide a code written in C++ or JAVA or python. Or you can just give me a clearly written pseudocode.arrow_forwardWrite the code in python programming for the below problem. Introduction One useful data point in detecting fraud is the account history of a customer. For an account, we receive notification of purchases and, sometimes, reports of fraud. Typically, a prior report of fraud for an account would increase the perceived risk of fraud on future transactions. Similarly, a history of non-fraudulent purchases for an account would decrease the risk of fraud. A credit card holder has 90 days to report any fraudulent transactions with the card. So if an account has purchases over 90 days old and no reports of fraud, we assume that these older purchases were not-fraudulent. Problem Description The purpose of this programming problem is to determine the status of a customer account history at the time a new purchase is made. The input is a sequence of customer account events, in chronological order. Each event has three fields, all of which are of string type ,, For example:…arrow_forward
- 3. Explain the output of this programarrow_forwardProblem description: In a car security system, we usually want to connect the siren in such a way that the siren will activate when it is triggered by one or more sensors. In addition, there will be a master switch to turn the system on or off. Let us assume that there is a car door switch D, a vibration detector switch V, and the master switch M. We will use the convention that when the door is opened D = 1, otherwise, D = 0. Similarly, when the car is being shaken, V = 1, otherwise, V = 0. Thus, we want the siren S to turn on, that is, set S = 1, when either D = 1 or V = 1, or when both D = 1and V = 1, but only for when the system is turned on, that is when M = 1. However, when we turn off the system, and either enter or drive the car, we do not want the siren to turn on. Hence, when M = 0, it does not matter what values D and V have, the siren should remain off. Instruction: Start by constructing a truth table, which is basically a precise way of stating the operations for the…arrow_forward(Statics) An annulus is a cylindrical rod with a hollow center, as shown in Figure 6.7. Its second moment of inertia is given by this formula: I4(r24r14) I is the second moment of inertia (m4). r2 is the outer radius (m). r1 is the inner radius (m). a. Using this formula, write a function called annulusMoment ( ) that accepts two double-precision numbers as parameters (one for the outer radius and one for the inner radius), calculates the corresponding second moment of inertia, and displays the result. b. Include the function written in Exercise 5a in a working program. Make sure your function is called from main(). Test the function by passing various data to it.arrow_forward
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