Answer:
Xamarin
Explanation:
Xamarin framework can be used to develop cross-platform applications.
Answer:
The program to this question as follows:
Program:
def isEvenPositiveInt(x): #defining method isEvenPositiveInt
if x>0: #checking number is positive or not
if x%2==0: #check true condition
return True #return value True
else:
return False #return value False
return False #return value False
print(isEvenPositiveInt(24)) #calling method and print return value
print(isEvenPositiveInt(-24)) #calling method and print return value
print(isEvenPositiveInt(23)) #calling method and print return value
Output:
True
False
False
Explanation:
In the above Python program, a method "isEvenPositiveInt" is defined, that accepts a variable "x" as its parameter, inside the method a conditional statement is used, which can be described as follows:
- In the if block the condition "x>0" is passed, that check value is positive, if this condition is true, it will go to another if block.
- In another, if block is defined, that checks the inserted value is even or not, if the value is even it will return "true", otherwise it will go to the else part, that returns "false".
An anaglyph is a graphic image composed of two images, one that is tinted red and the other that is tinted blue. When viewed together these images produce a stereoscopic effect.
Further Explanation:
To explain what an Anaglyph is and the concept it uses to work, I will use a simple demonstration. Place your finger higher up at a shorter distance from your face and close your left eye. You will notice your finger move slightly a bit to the left. The same happens when you close your right eye too.
Basically, Anaglyphs work by laying one images over the other from two angles. One image has a red tint and the other a blue tint. To view an Anaglyph image, you need glasses with the corresponding colors of the image. Note that if the image for the right eye is blue, it can only be filtered out by the red lense and not the blue lense and vice versa.
Learn more about anaglyph by clicking the image below
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Answer:
e) None of the above
Explanation:
Software engineers should make the analysis, specification, design, development, testing and maintenance of software a respected and beneficial profession. In accordance with the obligation with the welfare, health and safety of society, software engineers should adhere to the following Eight Principles:
Society: Software engineers will act in a manner consistent with the social interest.
Client and Entrepreneur: software engineers will act in a way that produces the best result for client and entrepreneur, and in a manner consistent with the social interest.
Product: Software engineers will ensure that their products and corresponding modifications meet the highest possible professional standards.
Valuation: software engineers will maintain integrity and independence in their professional valuations.
Management: Software engineering leaders and managers will subscribe and promote an ethical approach in software development and maintenance management.
Profession: software engineers will advance in the integrity and reputation of the profession, to drive consistent with the social interest.
Partners: Software engineers will be fair and support their partners.
Staff: Software engineers will participate in continuous learning regarding the practice of their profession and will promote an ethical approach to the practice of the profession.