2. After you write the program, answer the following questions. 2a. How would you verify the user input, married or single, nothing else? Explain 2b. Would you allow an Income input less than 0? Explain how you would design your program to disallow the user to input a negative Income value? 2c. Would you allow Income input as a floating-point number? Explain how you would declare income variables. 2d. Would you allow Calculating the total tax as a floating-point number? Explain how you would calculate the total tax. 2e. For the output you provided, why (or why not) do you think Abi will be satisfied? Does it display what Abi input (e.g. income and marital status)? See the sample run below and compare to yours. What do you think Abi would be comfortable with and explain why? [This is part of the scoring rubric] Sample Run Input marital status (1 for single, 2 for married): 2 Input your tax (integer or decimal values): 80000 You are married, income is 80000, and tax rate is 0.25. Your total tax is $20000.0
2. After you write the program, answer the following questions. 2a. How would you verify the user input, married or single, nothing else? Explain 2b. Would you allow an Income input less than 0? Explain how you would design your program to disallow the user to input a negative Income value? 2c. Would you allow Income input as a floating-point number? Explain how you would declare income variables. 2d. Would you allow Calculating the total tax as a floating-point number? Explain how you would calculate the total tax. 2e. For the output you provided, why (or why not) do you think Abi will be satisfied? Does it display what Abi input (e.g. income and marital status)? See the sample run below and compare to yours. What do you think Abi would be comfortable with and explain why? [This is part of the scoring rubric] Sample Run Input marital status (1 for single, 2 for married): 2 Input your tax (integer or decimal values): 80000 You are married, income is 80000, and tax rate is 0.25. Your total tax is $20000.0
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Question
Please show your code and console and answer the questions. Thank you
![2. After you write the program, answer the following questions.
2a. How would you verify the user input, married or single, nothing else?
Explain
2b. Would you allow an Income input less than 07
Explain how you would design your program to disallow the user to input a negative Income value?
2c. Would you allow Income input as a floating-point number?
Explain how you would declare income variables.
2d. Would you allow Calculating the total tax as a floating-point number?
Explain how you would calculate the total tax.
2e. For the output you provided, why (or why not) do you think Abi will be satisfied? Does it display
what Abi input (e.g. income and marital status)? See the sample run below and compare to yours. What
do
you
think Abi would be comfortable with and explain why? [This is part of the scoring rubric]
Sample Run
Input marital status (1 for single, 2 for married): 2
Input your tax (integer or decimal values): 80000
You are married, income is 80000, and tax rate is 0.25.
Your total tax is $20000.0](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F57d08e19-7ed9-4914-b737-177e31d8f04d%2Ff2c7c880-c393-42d8-8e39-4da093b35e58%2Fg04gz9j_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. After you write the program, answer the following questions.
2a. How would you verify the user input, married or single, nothing else?
Explain
2b. Would you allow an Income input less than 07
Explain how you would design your program to disallow the user to input a negative Income value?
2c. Would you allow Income input as a floating-point number?
Explain how you would declare income variables.
2d. Would you allow Calculating the total tax as a floating-point number?
Explain how you would calculate the total tax.
2e. For the output you provided, why (or why not) do you think Abi will be satisfied? Does it display
what Abi input (e.g. income and marital status)? See the sample run below and compare to yours. What
do
you
think Abi would be comfortable with and explain why? [This is part of the scoring rubric]
Sample Run
Input marital status (1 for single, 2 for married): 2
Input your tax (integer or decimal values): 80000
You are married, income is 80000, and tax rate is 0.25.
Your total tax is $20000.0

Transcribed Image Text:===2
Paragraph
Abi
(Abigail/Abishek)
Motivation: Uses technology to
accomplish their tasks.
In this program you will produce an output of the total tax based on your income and marital status. If
you are married, your tax rate will be 25%. If you are single, your tax rate will be 20%. Write a program
that asks Abi if s/he is single or married and then asks the user the income and shows the results. Please
read Abi's persona below. Your instructor will explain by introducing Abi.
Introducing Abi
Computer Self-Efficacy: Lower self-
confidence than peers about doing
unfamiliar computing tasks. Blames
themselves for problems, which affects
whether and how they will persevere.
Attitude Toward Risk: Risk-averse about
using unfamiliar technologies that might
require a lot of time.
Information Processing Style:
Comprehensive.
Learning by Process vs. Tinkering:
Process-orientated learning.
Abi represents users with motivations/attitudes and
Accessibility: Investigate
Si
H
ANDDOCL
CCL
AQDI Aabb
1 Normal T No Spac... T Heading 1 1 Heading 2
O
Motivations and Attitudes
Styles
1 Title
Motivations: Abi uses technologies to accomplish her tasks. She
learns new technologies if and when she needs to, but prefers to
use methods she is already familiar and comfortable with, to
keep her focus on the tasks she cares about
=
Computer Self-Efficacy: Compared to her peers, Abi has low
confidence about doing unfamiliar computing tasks. If
problems arise with her technology, she often blames herself
for these problems. This affects whether and how she will
persevere with a task if technology problems have arisen.
Attitude toward Risk: Abi's life is a little complicated and she
rarely has spare time. So she is risk averse about using
unfamiliar technologies that might need her to spend extra time
on them, even if the new features might be relevant She instead
performs tasks using familiar features, because they're more
predictable about what she will get from them and how much
time they will take.
(?))
Focus
Earnings upcom
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