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Write two local classes named Pipe and Ellipsoid Container as described below. Then, write a main function that reads the flowSpeed and area of a Pipe object (p) both as double values. main will also read the axisA, the axisB, and the axisC of a Ellipsoid Container object (wingTank) all as double values. Finally, the inputPipe of wingTank will be the p Pipe object. Finally, the program should calculate the time it takes the wingTank to be completely filled with gas and prints it to the screen as a double value. Pipe Class • A private double field named "flowSpeed" representing the flow speed of the pipe. • A private double field named "area" representing the cross-section area (i.e., kesit alan) of the pipe. • A constructor that gets two double values and initializes the object. • An empty constructor. • A public function named calculateFlow Rate that does not get any parameter, multiplies the flowSpeed and area of the pipe, and returns it as a double value. Ellipsoid Container Class • A private double field named "axisA" representing the A axis length of the ellipsoid. • A private double field named "axisB" representing the B axis length of the ellipsoid. • A private double field named "axisC" representing the C axis length of the ellipsoid. • A private Pipe field named "inputPipe" representing the pipe that provides water to this Ellipsoid Container. • A constructor that gets three double values, a Pipe value, and initializes the object. • A public function named calculateVolume that does not get any parameter, calculates the volume of the pool using the ellipsoid volume formula given below and returns it as a double value: Volume (4/3)*PI*axisA axisB * axisA • A public function named calculateTimeToFill that does not get any parameter, calculates PALL 27 H

Write two local classes named Pipe and Ellipsoid Container as described below. Then, write a main function that reads the flowSpeed and area of a Pipe object (p) both as double values. main will also read the axisA, the axisB, and the axisC of a Ellipsoid Container object (wingTank) all as double values. Finally, the inputPipe of wingTank will be the p Pipe object. Finally, the program should calculate the time it takes the wingTank to be completely filled with gas and prints it to the screen as a double value. Pipe Class • A private double field named "flowSpeed" representing the flow speed of the pipe. • A private double field named "area" representing the cross-section area (i.e., kesit alan) of the pipe. • A constructor that gets two double values and initializes the object. • An empty constructor. • A public function named calculateFlow Rate that does not get any parameter, multiplies the flowSpeed and area of the pipe, and returns it as a double value. Ellipsoid Container Class • A private double field named "axisA" representing the A axis length of the ellipsoid. • A private double field named "axisB" representing the B axis length of the ellipsoid. • A private double field named "axisC" representing the C axis length of the ellipsoid. • A private Pipe field named "inputPipe" representing the pipe that provides water to this Ellipsoid Container. • A constructor that gets three double values, a Pipe value, and initializes the object. • A public function named calculateVolume that does not get any parameter, calculates the volume of the pool using the ellipsoid volume formula given below and returns it as a double value: Volume (4/3)*PI*axisA axisB * axisA • A public function named calculateTimeToFill that does not get any parameter, calculates PALL 27 H

Database System Concepts
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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e Courses Groups Calendar Support BAU BAUGO 1 P1001 (1-3) Introduc... Write two local classes named Pipe and Ellipsoid Container as described below. Then, write a main function that reads the flowSpeed and area of a Pipe object (p) both as double values. main will also read the axisA, the axisB, and the axisC of a Ellipsoid Container object (wingTank) all as double values. Finally, the inputPipe of wingTank will be the p Pipe object. Finally, the program should calculate the time it takes the wingTank to be completely filled with gas and prints it to the screen as a double value. Pipe Class • A private double field named "flowSpeed" representing the flow speed of the pipe. • A private double field named "area" representing the cross-section area (i.e., kesit alan) of the pipe. A constructor that gets two double values and initializes the object. . An empty constructor. • A public function named calculate Flow Rate that does not get any parameter, multiplies the flowSpeed and area of the pipe, and returns it as a double value. @ i 2 O W Overview Ellipsoid Container Class • A private double field named "axisA" representing the A axis length of the ellipsoid. • A private double field named "axisB" representing the B axis length of the ellipsoid. • A private double field named "axisC" representing the C axis length of the ellipsoid. • A private Pipe field named "inputPipe" representing the pipe that provides water to this EllipsoidContainer. • A constructor that gets three double values, a Pipe value, and initializes the object. • A public function named calculateVolume that does not get any parameter, calculates the volume of the pool using the ellipsoid volume formula given below and returns it as a double value: ^ PALL 3 # • A public function named calculateTimeToFill that does not get any parameter, calculates ... 1 PA ** E Plans Volume = (4/3)*PI*axisA axisB * axisA 437 ++ 4 Resources CH R * % 5 buel.itslearning.com BAU Library T Arama yapın veya web sitesini girin ܢܚ Follow-up and reports & 6 MacBook Pro Y 1 7 U 8
Transcribed Image Text:e Courses Groups Calendar Support BAU BAUGO 1 P1001 (1-3) Introduc... Write two local classes named Pipe and Ellipsoid Container as described below. Then, write a main function that reads the flowSpeed and area of a Pipe object (p) both as double values. main will also read the axisA, the axisB, and the axisC of a Ellipsoid Container object (wingTank) all as double values. Finally, the inputPipe of wingTank will be the p Pipe object. Finally, the program should calculate the time it takes the wingTank to be completely filled with gas and prints it to the screen as a double value. Pipe Class • A private double field named "flowSpeed" representing the flow speed of the pipe. • A private double field named "area" representing the cross-section area (i.e., kesit alan) of the pipe. A constructor that gets two double values and initializes the object. . An empty constructor. • A public function named calculate Flow Rate that does not get any parameter, multiplies the flowSpeed and area of the pipe, and returns it as a double value. @ i 2 O W Overview Ellipsoid Container Class • A private double field named "axisA" representing the A axis length of the ellipsoid. • A private double field named "axisB" representing the B axis length of the ellipsoid. • A private double field named "axisC" representing the C axis length of the ellipsoid. • A private Pipe field named "inputPipe" representing the pipe that provides water to this EllipsoidContainer. • A constructor that gets three double values, a Pipe value, and initializes the object. • A public function named calculateVolume that does not get any parameter, calculates the volume of the pool using the ellipsoid volume formula given below and returns it as a double value: ^ PALL 3 # • A public function named calculateTimeToFill that does not get any parameter, calculates ... 1 PA ** E Plans Volume = (4/3)*PI*axisA axisB * axisA 437 ++ 4 Resources CH R * % 5 buel.itslearning.com BAU Library T Arama yapın veya web sitesini girin ܢܚ Follow-up and reports & 6 MacBook Pro Y 1 7 U 8
its Home Courses Groups Calendar Support BAU BAUGO CMP1001 (1-3) Introduc... Overview Plans Resources Follow-up and reports • A private Pipe field named "inputPipe" representing the pipe that provides water to this Ellipsoid Container. • A constructor that gets three double values, a Pipe value, and initializes the object. • A public function named calculateVolume that does not get any parameter, calculates the volume of the pool using the ellipsoid volume formula given below and returns it as a double value: Volume (4/3)*PI*axisA * axisB * axisA • A public function named calculateTimeToFill that does not get any parameter, calculates the time it takes for the EllipsoidContainer to be filled with gas from the pipe by dividing the volume of the Ellipsoid Container by the flow rate of the pipe and returns it as a double value. The main function will, 1. Instantiate one Pipe object called p and instantiate an EllipsoidContainer object called wingTank as explained above. 2. Use the calculateTimeToFill method of the Ellipsoid Container class to print out the time it takes to fill the Ellipsoid Container and print it out. BAU Library NOTE: flowSpeed and area will always be given as positive values. NOTE: All the functions MUST only do the tasks described above, nothing else. NOTE: Both classes MUST be written as described. NOTE: To calculate Pl, you MUST use the M_PI constant from the cmath library. Input Output 1536128 53.6165 928710 130.318 351512 16.7552 MacBook Pro Participants DE 1.02.2 Closed BAS: Max. s >>> Colla
Transcribed Image Text:its Home Courses Groups Calendar Support BAU BAUGO CMP1001 (1-3) Introduc... Overview Plans Resources Follow-up and reports • A private Pipe field named "inputPipe" representing the pipe that provides water to this Ellipsoid Container. • A constructor that gets three double values, a Pipe value, and initializes the object. • A public function named calculateVolume that does not get any parameter, calculates the volume of the pool using the ellipsoid volume formula given below and returns it as a double value: Volume (4/3)*PI*axisA * axisB * axisA • A public function named calculateTimeToFill that does not get any parameter, calculates the time it takes for the EllipsoidContainer to be filled with gas from the pipe by dividing the volume of the Ellipsoid Container by the flow rate of the pipe and returns it as a double value. The main function will, 1. Instantiate one Pipe object called p and instantiate an EllipsoidContainer object called wingTank as explained above. 2. Use the calculateTimeToFill method of the Ellipsoid Container class to print out the time it takes to fill the Ellipsoid Container and print it out. BAU Library NOTE: flowSpeed and area will always be given as positive values. NOTE: All the functions MUST only do the tasks described above, nothing else. NOTE: Both classes MUST be written as described. NOTE: To calculate Pl, you MUST use the M_PI constant from the cmath library. Input Output 1536128 53.6165 928710 130.318 351512 16.7552 MacBook Pro Participants DE 1.02.2 Closed BAS: Max. s >>> Colla
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