should submit the analysis as a word report and test case as an excel file

Q1) Consider the following description of a bank account. a) Bank account specifications i. When account is opened it must have a minimum deposit of $500. ii. The account owner can make as many deposits as he/she wants. iii. Withdrawals are restricted to four times a week. iv. The account owner must maintain a minimum balance of %10 of all previous deposits. For example, initial deposit is $500, and subsequent deposits are $100 and $300. The %10 of all previous deposits are $50, $10 and $30 and the total is $80. v. The account owner is charged %0.2 of all withdrawals less than $1000, %0.1 of withdrawals more than $ 1000 and less than $10000, and %0.05 of all withdrawals more than $10000. b) Develop boundary value analysis and the corresponding test cases using the following strategies i. Normal boundary analysis ii. Robust boundary analysis iii. Worst-case boundary analysis c) Develop equivalence classes and the corresponding test cases using the following strategies i. Normal equivalence partitioning ii. Weak normal equivalence partitioning iii. Strong normal equivalence partitioning iv. Weak robust normal equivalence partitioning v. Strong robust normal equivalence partitioning Q1) Consider the following description of a bank account. a) Bank account specifications i. When account is opened it must have a minimum deposit of $500. ii. The account owner can make as many deposits as he/she wants. iii. Withdrawals are restricted to four times a week. iv. The account owner must maintain a minimum balance of %10 of all previous deposits. For example, initial deposit is $500, and subsequent deposits are $100 and $300. The %10 of all previous deposits are $50, $10 and $30 and the total is $80. v. The account owner is charged %0.2 of all withdrawals less than $1000, %0.1 of withdrawals more than $ 1000 and less than $10000, and %0.05 of all withdrawals more than $10000. b) Develop boundary value analysis and the corresponding test cases using the following strategies i. Normal boundary analysis ii. Robust boundary analysis iii. Worst-case boundary analysis c) Develop equivalence classes and the corresponding test cases using the following strategies i. Normal equivalence partitioning ii. Weak normal equivalence partitioning iii. Strong normal equivalence partitioning iv. Weak robust normal equivalence partitioning v. Strong robust normal equivalence partitioning