Jamie's financial responsibility for the unauthorized use is dependent on how fast she report the theft of her debit/ATM card.
Since Jamie Lee is dealing with an unauthorized use of her ATM or debit card, she ought to act quickly so as to avoid full liability for unauthorized charges since her card was stolen.
According to Federal laws and bank policies, Under the Federal Electronic Fund Transfer Act, the following liability applies:
- $0 if she reports the theft of the card immediately before any unauthorized charges are made.
- She would be charged up to $50 if she notifies the bank within two business days after she realized the theft.
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She would be charged up to $500 if she fails to notify the bank within two business days after the theft but does notify the bank within 60 days after her bank statement is mailed to her with a list of the unauthorized withdrawals.
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She wold be charged unlimited charges if she fails to notify the bank within 60 days after her bank statement is mailed to her listing the unauthorized withdrawals.
From the polices applicable, It is necessary that Jamie Lees notifies the bank or card issuer of the theft as soon as possible so as not to incur much financial responsibilites for the unauthorised use.
Read on to learn about unauthorized use debit/ATM card: brainly.com/question/21485510
Answer:
Information
Explanation:
Good decisions are normally based on facts which are tangible information that can be analysed to show trends of key figures such as sales, income, production that are so critical in business. A well-designed and accurate database captures and stores these figures in an organised way which will enable the information or data to be analysed to make informed decisions.
Answer:
128 GB
Explanation:
Here, we are interested in calculating the total capacity of the disk.
From the question, we can identify the following;
Number of surfaces = 4
Tracks per surface = 131,072
Number of sectors = 2,048
Each Block size = 512 bytes
Mathematically;
Total data capacity of the disk = no of tracks * no of sectors * block size
= 131,072 * 2048 * 512 bytes
= 2^17 * 2^11 * 2^9 bytes = 2^37 bytes
1 GB = 2^30 bytes
So 2^37 = 2^7 * 2^30
= 128 GB
