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The document outlines several algorithms for different applications, including calculating discounts for tutoring hours, evaluating weather conditions, adjusting auction prices for Christmas trees, and modifying gift counts for Christmas requests. Each algorithm includes variable declarations, input prompts, conditional statements, and output results. The document also distinguishes between bounded and unbounded iterations in programming loops.

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that.sammyboi78
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8 views8 pages

I T

The document outlines several algorithms for different applications, including calculating discounts for tutoring hours, evaluating weather conditions, adjusting auction prices for Christmas trees, and modifying gift counts for Christmas requests. Each algorithm includes variable declarations, input prompts, conditional statements, and output results. The document also distinguishes between bounded and unbounded iterations in programming loops.

Uploaded by

that.sammyboi78
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
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Start

Display “Please input hours tutored”

Read hours_tutored

IF hours_tutored >= 3

SET discount  ((Cost_per_hour * hours_tutored * discount_percent)

SET Final_Price  ((Cost_per_hour * hours_tutored) – discount)

ELSE
SET Final_Price = Cost_per_hour
For Loop

While loop

Repeat until

Bounded iteration

We know how many times to repeat the loop e.g For Loop

Unbounded iteration

We don’t know in advance how many times to repeat the loop

While Loop, Repeat Until


Start

Print (‘Enter Student’s score’)


IF score 1 < score 2
SET score 1 = lowest
Header: Weather_app

Declaration: This algorithm will read and evaluate weather conditions

Variables:

weather: String (input)

START

DECLARE weather AS STRING

PRINT "Enter the weather (sunny/rainy/cloudy):"

READ weather

IF weather IS EQUAL TO "sunny" THEN

PRINT "Good Day for the beach"

ELSE

PRINT "Not a good day for the beach"

END IF

END
Header: Tree_Auction

Declaration: This algorithm will calculate the adjusted auction price based on
a threshold

Variables:

auction_price: Float (input)

adjusted_price: Float (output)

START

DECLARE auction_price AS FLOAT

DECLARE adjusted_price AS FLOAT

PRINT "Enter the auction price of the Christmas tree:"

READ auction_price

IF auction_price > 10000 THEN

adjusted_price = auction_price - 2000

ELSE

adjusted_price = auction_price + 3500

END IF

PRINT "The adjusted auction price is: ", adjusted_price

END
Header: Christmas_gifts

Declaration: This algorithm will accept and modify gift count based on
Christmas gifts requested

Variables:

gift_count: Integer (input)

adjusted_gifts: Integer (output)

START

DECLARE gift_count AS INTEGER

DECLARE adjusted_gifts AS INTEGER

PRINT "Enter the number of gifts you want for Christmas:"

READ gift_count

IF gift_count <= 5 THEN

adjusted_gifts = gift_count * 2

ELSE

adjusted_gifts = gift_count + 2

END IF

PRINT "The adjusted number of gifts is: ", adjusted_gifts

END
Start

Print (‘Enter student score’)

Read student_score
Set

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