UML diagram analysis: refer to the following UML diagram of the Loan Class. a) How many instance variables does the TV class have? b) How many methods that return a value does the TV class have? c) How many static methods does the TV class have? d) How many constructors does the TV class have? e) How many defaults data fields does the TV class have?

UML diagram analysis: refer to the following UML diagram of the Loan Class. a) How many instance variables does the TV class have? b) How many methods that return a value does the TV class have? c) How many static methods does the TV class have? d) How many constructors does the TV class have? e) How many defaults data fields does the TV class have?

CMPTR

3rd Edition

ISBN:9781337681872

Author:PINARD

Publisher:PINARD

Chapter13: Creating A Workbook

Section: Chapter Questions

Problem 8QY

See similar textbooks

Similar questions

Dim ar() As Integer = {5, 6, 3, 2} Dim ar2() = ar For i = 0 To ar.Length - 1 ar(i) += 4 %3D Next MsgBox(ar2(3) + ar(1)) 12 16 8 none
sqrt(36)+ mod (100,5) *floor(-20.6); abs (round(-20.6) * real (3+61)); ceil(-20.6) /imag(2+5i)+ sqrt(25) mod (9,5)*real (10-3i)- abs(-10); sign (round(4.2)- sqrt(81)) ceil(3.8)/ imag(2+6i)-mod (4,2) floor (21.5)+ ceil(-5.5) - round (4.8) sqrt(36)+ mod (100,5) *floor(-20.6); abs(ceil(-20.6) * real(3+6i)); MATLAB
Given the ASN.1 definition Light ENUMERATED { dark (0)em parkingLight (1), halfLight (2), fullLight (3) } Encode the following in TLV format (in Hex): daylight Light ::= halflight
Abstract: the main purpose of this experiment is build real time system using PPI 8255 to control devices connected to. Problem description: assume that there are two devices are connected to port A and two sensors are connected to port B of PPI 8255. They work according to the following table Sensors (S1S2) Devices (DID2) 00 01 01 10 10 11 11 00 Write a program to control these two devices according to the values of sensors.
Point2D +Point20 (x: double, y: double) +diatance (N! double, y: double) : double Retums the distance between this point and the specified point (x. y). +diatance (p: Point20) : double +getX() double +getY(): double tmidpoint (p: Point20) : Point20 tdistance (el: Point2D, p2: Point20) = Constructs a Point2D object with the specified x- and y-coordinates. Retums the distance between this point and the specified point p. Retums the x-coordinate from this point. Retums the y-coordinate from this point. Retums the midpoint between this point and point p. Retums the distance between pl and p2. double The class is partially implemented below. Implement distance (Point2D pl, Point2D p2) and midpoint (Point2D p) : class Point2D { private double x; private double y: public Point2D (double x, double y) { this.x - x; this.y - y: public double distance (double x, double y) { return distance (new Point2D (x, y)); public double distance (Point2D p) { return distance (this, p): public static double…
Assertion (A):Wien bridge can be used for measuring frequency Reason (R):A frequency meter for 50 Hz system has a frequency range of 40 to 60 Hz • Both A and R are true but R is not correct explanation of A • A is false R is true • A is true Ris false • Both A and R are true and R is correct explanation of A
Scaling Transformations: A 2D point can be scaled by multiplication of the coordinate values (x,y) by scaling factors Sx and Sy to produce the transformed coordinates (x,y'). Translation Transformations: A 2D point can be translated by adding the coordinate values (x,y) by Translation distances Tx and Ty to produce the transformed coordinates (x,y'). Rotation Transformations: A 2D point can be rotated by repositioning it along a circular path in the xy plane. We specify the rotation angle and the position of the rotation point about which the object is to be rotated. Multiplication of the coordinate values (x,y) by rotation matrix produce the transformed coordinates (x,y'). Now you have to design a program which will provide you with the option that which type of transformation you want to do. Like the following, Enter your choice: 1. Translation 2. Scaling 3. Rotation 4. Exit After providing the choice you have to enter the number of edges of a polygon and then you have to input the…
Blue-Eyed Island: A bunch of people are living on an island, when a visitor comes with a strangeorder: all blue-eyed people must leave the island as soon as possible. There will be a flight out at8:00pm every evening. Each person can see everyone else's eye color, but they do not know theirown (nor is anyone allowed to tell them). Additionally, they do not know how many people haveblue eyes, although they do know that at least one person does. How many days will it take theblue-eyed people to leave?
- manufacturer: String -width: double -height: double -horizontalPixels: double -verticalPixels: double DisplayPanel + DisplayPanel() + DisplayPanel(man: String, w: double, h: double, hp: double, vp: double) + setManufacturer(man: String): void + setWidth(w: double): void + setHeight(h: double) : void + setHorizontalPixels(hp: double): void + setVerticalPixels(vp: double): void + getManufacturer(): String +getWidth(): double + getHeight(): double +getHorizontalPixels(): double +getVerticalPixels(): double +diagonalSize(): double + pixelsPerinch(): double + totalPixels(): double +toString(): String The unit for height and width is inches. The unit for horizontalPixels and verticalPixels is pixels diagonalSize()- The hypotenuse of the triangle defined by the width and height. The unit of the returned value is inches. pixels Perinch() - Please see the linked resource in the description for how to calculate this. totalPixels()-The product of horizontalPixels and vertical pixels. The unit…
Define resolution; what type(s) of resolution are there?
The main drawback of series type ohmmeter is that the internal battery will be dropped with time, so the instrument does not read zero resistance when its terminals are short circuit, therefore the pointer is bring to zero by changing the current limiting resistance in device Select one: O a. False O b. True series ohmmeter is more accurate than shunt type hence it more suitable for measuring low resistance Select one: O a. True Ob. False.
MC1. You are asked to design a flashlight that will last at least eight hours without having to be recharged or having to replace the batteries. You also want it to be as small and as lightweight as possible. The flashlight will make use of an array of light emitting diodes (LEDS) that consumes 600 mW when supplied with by a 3 V source. Standard 1.5 V battery sizes include (listed from smallest and lightest to the largest and heaviest) AAA (1150 mAh), AA (2850 mAh), C (3800 mAh), and D type cells (8000 mAh). What is the smallest cell size that you can select if your design consists of two identical batteries connected in series? A) AAA cells B) AA cells C) C cells D) D cells E) None of the above are sufficient.