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Suppose there is XYZ Company and there are different departments like production, marketing, finance, sales etc. Manager of the company want to know about the detail of the employees who are highly paid in each of the department. Write a program using the concept of classes to implement the same.
How tall a ladder should be so that a person of a given height can place several posters on a wall. All posters are pinned to the wall at a mark located at 75% of the posters’ length. Request the user to enter a person’s height (int) in centimeters. Request the user to enter a list of integers such that each integer represents a poster’s length (cm). Assume the user indicates the end of this list by typing a nonpositive integer. Request the user to enter another list of integers such that each integer represents the height, in centimeters, at which the poster with length should be placed on the wall. Assume the user indicates the end of the list by typing a non-positive integer. If the input lists provided are valid then the program should display how tall a ladder needs to be. Otherwise, the message “Invalid posters data” is displayed. the length of a poster cannot exceed the height of the wall. if no ladder is required to place the posters then the program display zero.
foods to people whose age is 18 or more and when he is not on fasting. Given the person's age,
and whether fasting time is in session, create a function which returns whether he should serve
foods.
Examples
should_serve_foods(17, True) ➞ False(No serve foods)
should_serve_foods(19, False) ➞ True(serve foods)
should_serve_foods(30, True) ➞ False(No serve foods)
number and name of student and another dictionary contains registration number and marks.
Take 5 student details. Now display the student's result in terms of grade from the following
condition:
If marks between 90 to 100:grade'O'
marks between 80 to 90:grade'A+'
marks between 70 to 80:grade'A'
marks between 60 to 70:grade'B+'
marks between 50 to 60:grade'B'
Display result in the form of dictionary.
traffic lights:
shortest road
name of employee and another dictionary contains employee id and salary. Take 5 employee
details. Now display the employee's designation from the following condition:
If salary between 80,000 to 90,000:designation:Project Manager
salary between 70,000 to 80,000:designation:Team Leader
salary between 60,000 to 70,000:designation:Software Developer
salary between 50,000 to 60,000:designation:Software Trainee
Display result in the form of dictionary.
Design an implementable routing and bridging solution for the network. Your
solution must address the following design and operation aspect of all routers.
Q.4.1.1 Functionality of the network layer. (5)
Q.4.1.2 Design and implementation of data plane. (5)
Q.4.1.3 Design and implementation of control plane. (5)
Q.4.1.4 Interconnection of networks using bridging systems. (5)
Q.4.2 Draw a detail diagram showing the design and implementation of Q.4.1 above. (15)
Study the adapter structure in the diagram below and then answer the questions that follow.
Diagram:
Q.3.1 Using suitable examples, briefly explain functions of the five components of this
network adapter.
(10)
Q.3.2 Provide a detailed operation analysis of this network adapter. (10)
related area presented in the exhibit. Include the following components or
network areas:
• Network systems and related network protocols;
• Network systems and related network traffic;
• Network systems and related embedded systems.
