Problem #2 : Based on equivalence partitioning (black box): If the customer spends minimum $1000 for the whole year, (s)he qualifies for 2% rebate (refund). For every additional $1000 spent by the customer, rebate rate goes up by 0.1% However, max rebate rate is limited 4% Prompt and get the total purchase amount for the year from the user, and output the rebate % and the rebate amount. Determine the valid & invalid partitions based on output ? Determine the boundary values based on output ?
Problem #2 : Based on equivalence partitioning (black box): If the customer spends minimum $1000 for the whole year, (s)he qualifies for 2% rebate (refund). For every additional $1000 spent by the customer, rebate rate goes up by 0.1% However, max rebate rate is limited 4% Prompt and get the total purchase amount for the year from the user, and output the rebate % and the rebate amount. Determine the valid & invalid partitions based on output ? Determine the boundary values based on output ?
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:Problem #2: Based on equivalence partitioning_(black box):
If the customer spends minimum $1000 for the whole year, (s)he qualifies for 2% rebate (refund). For every additional
$1000 spent by the customer, rebate rate goes up by 0.1% However, max rebate rate is limited 4% Prompt and get
the total purchase amount for the year from the user, and output the rebate % and the rebate amount.
Determine the valid & invalid partitions based on output ?
Determine the boundary values based on output ?
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