We are hungry college students, and we are developing an app to help us find the closest restaurants, in restaurant.py. Your job is to implement the functions below that represent the restaurant abstract data type.
A restaurant is an abstract data type that has a name, a longitude coordinate, and a latitude coordinate. We create a restaurant like this:
Playing game program for water sort puzzle
Use the "for" loop with "if" to write a program that asks the user to type 15 integers and displays :
1. The smallest of these integers.
2. The largest of these integers
Write the code below for the two interfaces described given the rules below.
The Network has two methods called connect and disconnect. The connect method takes a String argument called networkName and returns a boolean. The disconnect method returns a boolean and takes no arguments.
The Ethernet interface inherits from the Network interface and adds two methods: plug and unPlug. The plug method takes an integer as argument called port and returns a boolean. The unPlug method returns a boolean and takes not arguments.
Write a program to:
Use pointers to access array members.
Write a program that reads the values for the width, length, and height of a rectangular box using three variables of double type in the function main(). Pass values of these variables to a function, which calculates the volume and surface area for six sides of the box. The volume and surface area of the box passed back from two other arguments of this function are printed out in the function main(). Check your program with the user input for the width, length, and height of 2, 3, 4 meters, respectively.
For each of the following, write a single statement that performs the indicated task. Assume that long integer variables value1 and value2 have been defined and that value1 has been initialized to 200000.
a) Define the variable lPtr to be a pointer to an object of type long.
b) Assign the address of variable value1 to pointer variable lPtr.
c) Print the value of the object pointed to by lPtr.
d) Assign the value of the object pointed to by lPtr to variable value2.
e) Print the value of value2.
f) Print the address of value1.
g) Print the address stored in lPtr. Is the value printed the same as the address of value1?
The formula below decribes how to convert a temperature on the Fahrenheit scale to a temperature on the Kelvin scale.
TempK = (TempF − 32) × 5/9 + 273.15
Using the variables below Write one line of code to implement the formula
// Kelvin temperature
float TempK;
// Fahrenheit temperature
float TempF = 72;
//One line of code to calculate temperature in Kelvin
Describe how reflection can be used to achieve team improvement.