hhello, I need help completing the output table, flowchart,desk check, psuedocode, and variable list. Thanks.

Given a simple problem, design a solution algorithm that uses arithmetic expressions and built-in functions. Scenario Your goal is to solve the following simple programming exercise. You have been contracted by a local antique store to design an algorithm determining the total purchases and sales tax. According to the store owner, the user will need to see the subtotal, the sales tax amount, and the total purchase amount. A customer is purchasing four items from the antique store. Design an algorithm where the user will enter the price of each of the four items. The algorithm will determine the subtotal, the sales tax, and the total purchase amount. Assume the sales tax is 7%. Be sure to think about the logic and design first (input-process-output (IPO) chart, flowchart, and pseudocode). Display all output using currency formatting. Advanced (optional): Use a constant for the 7% sales tax. (1) Variable List With Data Type List all the variables you will use (use valid variable names). Indicate whether the data type is string, integer, or double, and so on. (2) IPO Model List the inputs, any processes, calculations, and outputs. Use the same valid variable names you used in Step 1. (3) Flowchart Use MS Visio to create a flowchart. Paste the flowchart here, or attach as separate document. Use the same valid variable names you used in Step 1. (4) Pseudocode or C# Code Describe your solution using pseudocode or actual C# code. Use the same valid variable names you selected in Step 1. (5) Desk-Check Desk-check your solution by selecting appropriate test data. Test data: List the values for your test data. Expected output: What is the expected output of your program?
(1) Below is the variable list for the problem:
1.amount1 -> Double

hhello, I demand aid completing the output consideration, flowchart,desk obstruct, psuedocode, and wavering catalogue. Thanks.

Given a ultimate completion, pur-pose a reredisintegration algorithm that manifestations arithmetic expressions and built-in functions. Scenario Your aim is to explain the coercionthcoming ultimate programming drill. You accept been scrutinizing by a national ancestral abundance to pur-pose an algorithm determining the whole lapses and sales toll. According to the abundance possessor, the manifestationr succeed demand to comprehend the subtotal, the sales toll quantity, and the whole lapse quantity. A customer is purchasing lewd items from the ancestral abundance. Pur-pose an algorithm where the manifestationr succeed invade the value of each of the lewd items. The algorithm succeed mention the subtotal, the sales toll, and the whole lapse quantity. Assume the sales toll is 7%. Be abiding to ponder encircling the logic and pur-pose leading (input-process-output (IPO) chart, flowchart, and pseudocode). Display completion output using publicity coercionmatting. Advanced (optional): Manifestation a perpetual coercion the 7% sales toll. (1) Wavering Catalogue With Basis Image Catalogue completion the waverings you succeed manifestation (manifestation sound wavering names). Indicate whether the basis image is string, integer, or wrap, and so on. (2) IPO Model Catalogue the inputs, any processes, calculations, and outputs. Manifestation the identical sound wavering names you manifestationd in Step 1. (3) Flowchart Manifestation MS Visio to invent a flowchart. Paste the flowchart here, or win as disunited muniment. Manifestation the identical sound wavering names you manifestationd in Step 1. (4) Pseudomode or C# Mode Describe your reredisintegration using pseudomode or explicit C# mode. Manifestation the identical sound wavering names you chosen in Step 1. (5) Desk-Obstruct Desk-obstruct your reredisintegration by selecting mismisappropriate experiment basis. Experiment basis: Catalogue the values coercion your experiment basis. Expected output: What is the expected output of your program?

(1) Below is the wavering catalogue coercion the completion:

1.amount1 -> Wrap

2.amount2 -> Wrap

3.amount3 -> Wrap

4.amount4 -> Wrap

5.toll -> Integer =7 # Perpetual coercion sales toll

6.subWhole ->wrap #whole externally deducting toll

7.taxAmt ->wrap #Toll Quantity

8.whole ->wrap #Grand Whole

(2) IPO Model:

(3) Flow Chart is wined:

(4) Below is the algorithm(pseudocode), waverings names are as per overhead catalogue:

Read inputs from manifestationr in quantity1,amount2,amount3,amount4

invent an vest A coercion inputs

Initialise subWhole to 0 and toll to 7

coercion each atom i of vest A

subWhole -> subWhole + A[i];

end coercion

print “Your subWhole is $” + subTotal;

taxAmt -> (subTotal*tax)/100;

print “Sales Toll on your subWhole is 7% and Toll Quantity is $” + tollAmt;

whole -> subWhole + tollAmt;

print “Grand Whole: $” + whole;

(5) Desk Obstruct:

Experiment basis:

amount1=73.5

amount2=62.3

amount3=50.0

amount4=100.0

tax=7