Reference no: EM13326362
Part -1:
You have spent a lot of time developing your application and released it to the field. Now you are beginning to get requests from users for updates, improvements, and complaints about what doesn't work.
1. How are you going to organize this influx of information so that everyone can be satisfied and a logical work sequence can be scheduled?
2. How will new releases be handled?
3. Give a concrete example of software the will perform this function or an example of how this was implemented in the real world.
4. Remember to cite your sources.
Part -2:
Respond to the following and attach your work to this assignment.
Your product was designed to run on a Windows XP or higher Operating System, with a minimum of 512MB of RAM and a 1.2 GHz processor. You have received a performance problem from a user.
1. What minimum information should you obtain from the user to start troubleshooting the problem?
2. Research, find and list sources that provide insight into performance problems.
3. List the possible causes of this problems?
4. What action would you take with a user who doesn't meet the minimum system requirements?
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How much is the normal force on the box
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: A straight wire in a magnetic field experiences a force of 0.029 N when the current in the wire is 2.5 A. What is the new current
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: Zach, whose mass is 71kg , is in an elevator descending at 13m/s . The elevator takes 5.0s to brake to a stop at the first floor. What is Zach's apparent weight while the elevator is braking
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How are you going to organize this influx
: How are you going to organize this influx of information so that everyone can be satisfied and a logical work sequence can be scheduled and how will new releases be handled?
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Determine what is the water wettability index for the core
: A cylindrical core, completely saturated with oil up to immobile water saturation, is immersed in water and the measured volume of oil displaced by imbibition of water is 7.5 c.c.
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: The density of oil is 0.7 g/cc, the density of water is 1.0 g/cc, the radius of capilary is 0.008 cm, the contact angle through water is 58, the interfacial tension is 50 dynes/cm. Calculate the height in cm
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: In a similar way, write a subroutine named as "count_codons" to count and print the frequency of each codon, sorted by codons. Your codon counts should be the same as those produced by the listed code.
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