Table 1 shows some commonly used electrical formulas. Table 1: Electrical Formulas Formula Q=CXV C = Q÷V V = IR Quantity Charge Capacitance Voltage Current Resistance Power Conductance Impedance Resonant Frequency I=V÷R R=V÷I P = VI G = 1+R Z² = R² + (XL-Xc)² f = 1 2π√LC Unit Coulomb (C) Farad (F) Volt (V) Ampere (A) ohm (2) Watt (W) mho (mho) ohm (2) Hertz (Hz) Develop a complete C++ program using functions to calculate all quantity as listed in Table 1. Prompt the user to choose what quantity they want to calculate, then ask them to input the values. Show all the function declarations, function definitions and function call in your program. Terminate the program only if the user wants to stop.

Table 1 shows some commonly used electrical formulas. Table 1: Electrical Formulas Formula Q=CXV C = Q÷V V = IR Quantity Charge Capacitance Voltage Current Resistance Power Conductance Impedance Resonant Frequency I=V÷R R=V÷I P = VI G = 1+R Z² = R² + (XL-Xc)² f = 1 2π√LC Unit Coulomb (C) Farad (F) Volt (V) Ampere (A) ohm (2) Watt (W) mho (mho) ohm (2) Hertz (Hz) Develop a complete C++ program using functions to calculate all quantity as listed in Table 1. Prompt the user to choose what quantity they want to calculate, then ask them to input the values. Show all the function declarations, function definitions and function call in your program. Terminate the program only if the user wants to stop.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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