answer:Yes, apart from the BRT system, some other projects aimed at reducing traffic congestion in Kenya's major cities are: 1. Nairobi Expressway: This is an elevated expressway that is under construction in Nairobi. The expressway will connect Jomo Kenyatta International Airport and Westlands, two areas in Nairobi that experience heavy traffic congestion. The expressway will provide an alternative route for commuters, reducing the number of vehicles on the city's roads. 2. Thika Superhighway: This is a modern highway that connects Nairobi and Thika town. The highway has multiple lanes and flyovers, which have reduced the travel time between the two cities significantly. The highway has improved connectivity between the two cities, and passengers can now travel faster and more conveniently. 3. Mombasa Port Area Road Development Project: This project is aimed at improving road infrastructure within the Mombasa port area, which is one of the busiest ports on the East African coast. The project involves the construction of new roads and bridges aimed at reducing congestion and improving the flow of traffic within the port area, thus enhancing trade among the East African community. These projects are aimed at improving the transportation sector in Kenya and will go a long way in easing traffic congestion in major cities.

answer:Here is a Python program that calculates the sum of even numbers in a given range: ```python # get the range from the user start = int(input("Enter the start value: ")) end = int(input("Enter the end value: ")) # initialize the sum to zero total = 0 # iterate through the range and add even numbers to the sum for num in range(start, end + 1): if num % 2 == 0: total += num # print the total sum of even numbers print(f"The sum of even numbers from {start} to {end} is {total}") ``` This program first gets the start and end values from the user. It then initializes a variable `total` to zero. The program then iterates through the range of numbers using a `for` loop, and adds any even numbers (i.e. Those which have a remainder of zero when divided by 2) to the `total` variable. Finally, the program prints the total sum of even numbers over the given range.

answer:Sure! Here's an example of how this program could be used in a real-life scenario: Let's say you own a store that sells items priced between 10 to 50, and you want to know the total revenue from items whose price is divisible by 2 (i.e. The even-priced items). You can use this program to calculate the sum of the prices of even-priced items sold in a given period. You can input the start and end dates of the period as the range values in the program, and the program will calculate the sum of the prices of even-priced items sold within that period. This can help you make data-driven decisions about your business, such as which items to stock up on more, or which items to discount to increase sales. So, this program can be adapted to many different real-life scenarios where you need to calculate the sum of even numbers within a given range.

answer:Of course! Here's an updated Python program that calculates both the sum and count of even numbers in a given range: ```python # get the range from the user start = int(input("Enter the start value: ")) end = int(input("Enter the end value: ")) # initialize variables for the sum and count total = 0 count = 0 # iterate through the range and add even numbers to the sum for num in range(start, end + 1): if num % 2 == 0: total += num count += 1 # print the total sum and count of even numbers print(f"The sum of even numbers from {start} to {end} is {total}") print(f"The count of even numbers from {start} to {end} is {count}") ``` In this updated program, we added a variable `count` that is initialized to zero, and increments by 1 each time an even number is encountered within the given range. After the `for` loop completes its iteration, the program prints both the total sum of even numbers over the given range and the count of even numbers over the same range. Now, you can use this program to calculate both the sum and count of even numbers in any given range.