Answer:
Option D is the correct answer to the following question.
Explanation:
The following option is correct because three sets type variable i.e., "fruit", "fruit2", "fruit3" has contain the same values in it and then they ask for the option is correct if the all are equal and in the option c, there is the if statement in which check the condition if the variable "fruit" is equal to the variable "fruit2" and the variable "fruit" is equal to the variable "fruit3".
so, that' why the following option is correct.
The option A is not correct because there is no equal function in python and we use the operator == to check the condition.
The option B is incorrect because we can see that there is not equal to (!=) operator.
The option D is incorrect because we can see that there is an or operator are used which means if any of the conditions is true then, they return either the other condition is false.
Answer:
The answer is choice "a".
Explanation:
Measurement is a number allocation in which the entity or event attributes that would be comparable with other objects or events. Its scope and implementation depending on context and discipline.
- Its main purposes could be defined as measurements for efficiency, tracking, health, fitness (design, mounting), and solving problems.
- Its calculation consists of the numerical assignment, representing attribute amounts according to the rules for objects and events.
It's geared towards system administration but would also be useful for devops.
Answer:
Option D. Digital footprints
Explanation:
<u>Digital footprint is all the stuff you leave behind as you use the Internet.</u>
Answer:
public class num8 {
public static void main(String[] args) {
System.out.println("Average Temperature in New York is 85 degrees fahrenheit");
System.out.println("Average Temperature in Denver is 88 degrees fahrenheit");
System.out.println("Average Temperature in Phoenix is 106 degrees fahrenheit");
// Calculating the new average Temperatures
System.out.println("The New Average Temperature in New York " +
"is "+ ((0.02*85)+85 )+ " degrees fahrenheit");
System.out.println("The New Average Temperature in Denver " +
"is " +((0.02*88)+88 )+ " degrees fahrenheit");
System.out.println("The New Average Temperature in Phoenix " +
"is "+((0.02*106)+106 )+ " degrees fahrenheit");
}
}
Explanation:
- Using Java first display the previous average temperatures for the three cities as given in the question
- Then calculates the new average temperature by multiplying by 0.02, because of a 2 percent increase in the average temperature
- Display the new temperature using the System.out,println
