Search & Filtering
Some algorithms used in Artificial Intelligence can be differentiated as white-box and black-box machine learning algorithms. The former are those algorithms that provide results that are understandable for experts in the domain whereas the latter can hardly be understood even by domain experts.
Requirement: Read the relevant literature and suggest how the present black-box machine learning algorithms can be made transparent, interpretable and explainable.
Create a class of complex number having two attribute real and imaginary. Write a function to add two complex number and print the result. You need to write parameterized constructor. In main, create two objects of complex number, call the addition function and print the result.
Write a c++ program using constructor overloading to implement the following tasks:
1. Print sides of the cube
2. Print radius and height of the cylinder
3. Calculate and display the volume of the cube
4. Calculate and display volume of the cylinder
Write a C++ program to count number of digits in a number n which will be input by the user.
Write a C++ program to print all odd number between 1-100
In this assignment, let's build an Instagram Story Viewer page by applying the CSS concepts we learned till now.
Instructions:
The direction of the linear-gradient for the banner section should be different for devices below 768px and equal and above 768px.
Use the HTML nav element to provide navigation links, either within the current document or to other documents.
The links in the HTML nav element should be hidden in devices below 768px and visible in devices equal to and above 768px.
The HTML input element and HTML button element for search should be hidden in devices below 768px.
The features of the Instagram Story viewer should be displayed vertically in devices below 768px.
The features of the Instagram Story viewer should be displayed horizontally in devices equal to and above 768px.
Note
Achieve the design using the CSS Flexbox layout and Media queries.
Try to achieve the design as close as possible.
Write a user defined method named getMark that can be used to get a valid mark from the user.
Your method must continuously ask the user for a mark, until a valid mark is entered (valid marks
are between 0 and 100). If a user enters an invalid mark, display an error message before asking
for a valid mark to be entered. The method must return the valid value to the calling program.
Write a user defined method named isPass that can be used to determine whether a mark is a
pass mark (greater or equal to 50). The method must take as input a mark, and return a boolean,
indicating whether the mark was a pass mark.
Write a program that reads in 5 marks by using the getMark method to ensure that valid marks are
processed. You need to calculate the sum and the average of the marks. Your program must also
use the isPass method to determine the number of pass marks entered. When the 5 marks have
been processed you need to display the sum, average and number of passes (from these marks).
- The program displays Five members of the band. The codes for five-star band members are John Lennon, Angus Young, Freddie Mercury, Debbie Harry, and Kurt Cobain are JL, AY, FM, DH, KC respectively.
- Then the program invites to type three codes out of these five (the codes may be typed in any sequence.
- The user types of these codes separating them by spaces.
- The program displays a menu with these three codes and asks to choose one of them.
- The user types the number of a chosen code in the list; the user will be able to type numbers until it is one of these three codes.
- The program displays the code with a comment on the same line and then, starting from the next line, displays a 3-4 lines description of that player. The description is taken from a file, which is stored in a directory. If the file with that name is absent or not readable, the program informs the user about that and returns him/her to Step 4.
- The program asks whether the eight previous steps described above, (4) to (11), should be repeated.
1. How many people are in each unique city in the employee table that have more than one person in the city? Select the city and display the number of how many people are in each if it's greater than 1.(Table: Employees)
2. List only those cities in which more than or equals to 2 employees are living.
3. From the [Order Details] table, select the Product’s id , maximum price and minimum price for each specific product in the table, sort the list by product id in ascending order.
4. Retrieve the number of employees in each city in which there are at least 2 employees.
5. Find the product name, maximum price and minimum price of each product having maximum price greater than 20.00 $. Order by maximum price.
6. Find the number of sales representatives in each city that contains at least 2 sales representatives. Order by the number of employees.
1. Display the highest, lowest, sum and average UnitPrice of each Category. Label column as CategoryId, Maximum, Minimum, Sum and Average, respectively. Round your results to the nearest whole number. (Table: Products)
2. Display the highest, lowest, sum and average UnitPrice of each Category, where highest UnitPrice lies in the range of 50$ to 100$. Label column as CategoryId, Maximum, Minimum, Sum and Average, respectively. (Table: Products)
3. From customers table, Count all customers is each region where region is not null. (Table: Customers)
4. Write a query to display the number of ContactName with same ContactTitle. Sort contact title in descending order. (Table: Customers)
5. Write a query that count all orders against each product id. No of orders should be greater than 50. (Table: [Order Details])
#339914 on Dec 2023