Answer:
I think the answer is
Ram- Cache Memory-Hard disk
Explanation:
I hope this helps you
A Python module is an extension file which contains programmable resources for a given translation unit. This is very much like a header file in C and C++, it's modularized data. For example, say I wanted to write a server/client script. I can't easily do so with Python out of the box. I would require the "socket" module which contains all of the functions, variables and data structures which allow for network programming.
network.py
___________
from socket import *
s = socket(AF_INET, SOCK_STREAM)
(...)
HIPAA compliance regulation applies specifically to healthcare providers
c. HIPAA
<u>Explanation:</u>
HIPAA stands for Health Insurance Portability and Accountability Act. HIPAA applies to specifically to healthcare providers.
It is a law which was designed to provide privacy standards to protect the patient's medical records, reports and other health information which may be sensitive or confidential provided to health plans, doctors, hospitals and other health care providers.
Look at the average Story points completed from the last Iterations.
How To Improve Team Velocity?
Velocity cannot be used to compare teams, as all the teams are different. It also says nothing about how hard the team is working. Velocity is more about efficiency. Velocity should be treated as a team thing, not as an individual one. Some steps to improve team velocity are:
- Care about team spirit
- Set clear goals
- Team members to work on one work at a time
- Avoid unnecessary steps in the process
- No micromanagement
- Define The Process That Is Clear For Everyone
- Keep Track Of Tech Debt. The team should regularly work on it, to avoid risks and quality problems in the future.
- Focus On Quality, Not Speed. This will help to reduce the fixes, refactoring time, and increase productivity.
- Do Not Load The Team Too Much.
To know more about Team Velocity, click on:
brainly.com/question/28174889
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Answer:
The pseudocode is as follows
1. Input Steps
2. Input Day
3. Miles = Steps/2000
4. Calories = 65 * Miles
5. Print Calories
6. Stop
Explanation:
This line gets the number of steps for the day
1. Input Steps
This line gets the current day
2. Input Day
The line calculates number of miles
3. Miles = Steps/2000
This line calculates the calories lost
4. Calories = 65 * Miles
This line prints the calories lost
5. Print Calories
The pseudocode ends here
6. Stop