Q6) Assume each user of a single base station mobile radio system averages three calls per hour, each call lasting an average of 5 minutes. A) What is the traffic intensity for each user? B) Find the number of users that could use the system with 1% blocking if only one channel is available. C) Find the number of users that could use the system with 1% blocking if five trunked channels are available. D) If the number of users you found in (c) is suddenly doubled, what is the new bloeking probability of the five ehannel trunked mobile radio system? Would this be acceptable performance? Justify why or why not.

Technology College Muscat hired you as a programmer to automate their manual Student Registration System. The college requires you to develop a C++ program to manage their Students' personal and academic record. You are required to develop a C++ program using C++ structures, arrays, and user defined functions. The college stores each student's full name, a maximum of 30 character long, student's age, numeric student's ID number of 8 digits long, student's modules enrolled and student's module result. You are required to implement 3 different functions, a function to get/input all the data of a student from a user. A function to get/input student's modules and result against each module and to calculate average marks of each students, and a function to display all students' personal and academic data. You are required to demonstrate storing of 5 students and displaying their stored data with average marks. You are also required to calculate and display the overall result analysis for 5…

A table called "game1" contains three columns and twenty rows, but "game2" has the same column as game1 (ie 3) and fifteen rows. Both tables have 5 rows in common. What is the degree and cardinality of the resulting table if we take union?

3. Consider the following tables and then provide a pipe diagram for the requested output. ID Age ID Gender ID Name ID Friend_ID 15 3 M Bob 6. 3 31 F 6. Maria Sally George Maria 8 45 F 8 8 11 11 33 11 F 2 11 8 19 2 11 8 ... ... ... ... ... ... a. The average age of users b. The name of the user with the most friends. c. The pairs of user ID for those that follow one another (e.g., if 3 is a friend of 6 and 6 is a friend of 3 then (3, 6) would be listed as one of the pairs). d. The 10 most common names for users under the age of 20. 4. As discussed in class, what are some advantages of functional programming? 5. Explain how parallel programing can be accomplished using Streams and functional programming in Java 8. 6. What aspects of functional programming align well parallel programming?