Describe how a Scrum-agile approach to the SDLC helped each of the user stories come to completion. Describe how a Scrum-agile approach supported project completion when the project was interrupted and changed direction.

• Demonstrate your ability to communicate effectively with your team by providing samples of your communication.
• Evaluate the organizational tools and Scrum-agile principles that helped your team be successful.
• Assess the effectiveness of the Scrum-agile approach for the SNHU Travel project. Be sure to address each of the following:
• Describe the pros and cons that the Scrum-agile approach presented during the project.
• Determine whether or not a Scrum-agile approach was the best approach for the SNHU Travel development project.

Explain the role of television (telenovelas), sports and religion in Latin American popular culture. Describe some of the social and political issues that unfold or play out through them.

How is the first amendment a blessing to Christianity?  How could it be problematic? What is the most significant difference between how Christians determine right and wrong and how our culture views right and wrong?

C) What intrigued you most about the relationship between Christianity and literature?

The below sample auction bidding application is a working program and works exactly as intended. However, it is a good example of code that is not easy to read or maintain. Coding style guidelines and principles for best practices exist to help programmers produce easy to read and maintain applications which is equally important (some would say more so) as program efficiency and application design. Critique the sample program source code provided below and discuss a minimum of seven (7) unique most important best practices and style modifications needed to bring it up to industry acceptable standards for readable and maintainable code and justify why those changes are needed.

IMPORTANT

Do not re-write the code!  You must articulate in full sentences the changes you would make using appropriate programming terminology and technical terms.

Auction Bidding Application

01| #define _CRT_SECURE_NO_WARNINGS

02| #define STARTING_BID 150.00

03| #include <stdio.h>

04| #define INCREMENTS 50.00

05| #define MAX_BIDS 5

06| int main(void){double lastBid = STARTING_BID;int i;

07| printf(“IPC144 Auctionn==============nItem up for bidding: Answers to this midt”

08| “erm test!nStarting bid       : $%.2lfn”, lastBid);

09| for (i = 0; i < MAX_BIDS; i++){int valid;double bid;

10| do {printf(“Make a bid: $”);scanf(“%lf”, &bid);

11| if (!i){valid = bid >= lastBid; if (!valid)printf(“tYou must bid at least $%.2lf!n”, lastBid);}

12| else{valid = bid >= (lastBid + INCREMENTS); if (!valid){printf(“tYou must bid at least $%.2lf!n”, lastBid + INCREMENTS);}}

13| } while (!valid); lastBid = bid;int keepBidding;

14| printf(“tMake another Bid? (no=0): “);scanf(“%d”, &keepBidding);if (!keepBidding) break;

15| }printf(“nWinning bi”

16| “d: $%10.2lfnnn”, lastBid);return 0;}

Sample Execution

IPC144 Auction

==============

Item up for bidding: Answers to this midterm test!

Starting bid       : $150.00

Make a bid: $100

You must bid at least $150.00!

Make a bid: $245

Make another Bid? (no=0): 1

Make a bid: $280

You must bid at least $295.00!

Make a bid: $500

Make another Bid? (no=0): 0

Winning bid: $    500.00