Answer:
Explained below.
Step-by-step explanation:
Debit resequencing is a practice whereby a bank will process the debit and credit to an account in such a way that it causes account balances to fall faster which in turn leads to a boost in potential overdraft fees.
This is how it works;
For example, if you send two cheques on a given date — one sent to your credit card company for $300 and the second one sent to your local electric company for $150, the credit card company and the local electric company will try to get their money from your account on the same date. Now, you've set up an automatic withdrawal to pay your rent which also hits your account with your rent being is $600.
Now, if on the date that those three amount of money above hits your account, you have a balance of say $175, the bank could clear the $150 charge first, thereby resulting in two overdraft fees.
However, Instead of that process above, many banks use a software that reorders the transactions. This software will first of all present the $600 charge, followed by the $300 charge and then finally the $150 charge. In this way, you will end up paying three overdraft fees rather than just two. Banks normally use this method in order to maximize profit rather than with the aim of pleasing their customers.
Debit resequencing is a practice used by some banks to change the order in which debit card transactions are processed. It often results in additional fees for the account holder as transactions are rearranged based on amounts or types. However, not all banks engage in this practice.
Debit resequencing is a practice used by some banks to change the order in which debit card transactions are processed, often resulting in additional fees for the account holder. This process involves rearranging the order of transactions from highest to lowest amount or by type, such as ATM withdrawals or online purchases.
For example, let's say you have $100 in your account and make two transactions: a $90 purchase followed by a $20 purchase. Instead of processing the transactions in the order in which they occurred, a bank using debit resequencing may instead process the $20 purchase first, resulting in an overdraft fee for the $90 purchase.
Debit resequencing has been a controversial practice as it can lead to unexpected fees for account holders. However, it is important to note that not all banks engage in this practice, and some have implemented policies to prevent debit resequencing.
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Question Continuation
if the measured weight of lead in the sample is
a.) 764.9g lead
b.)226.3g lead
c.) 53.5g lead
Answer:
a.
Relative Error = 0.065
b.
Relative Error = 0.221
c.
Relative Error = 0.935
Step-by-step explanation:
Given
Absolute Error = 0.5g
Relative error = absolute error/magnitude of measurement.
Relative error % = Relative error * 100
a.
Relative Error = 0.5/764.9 * 100
Relative Error = 50/764.9
Relative Error = 0.065
b.
Relative Error = 0.5/226.3 * 100
Relative Error = 50/226.3
Relative Error = 0.221
c.
Relative Error = 0.5/53.5 * 100
Relative Error = 50/53.5
Relative Error = 0.935
In Chemistry, the percent relative error is calculated by taking the absolute value of the error divided by the original measurement, and then multiplying by 100%. In this case, for a measured value of lead, the percent relative error would be (0.5 g / measured mass) * 100%.
The percent relative error in any measurement is calculated by taking the absolute value of the error divided by the measured value, all multiplied by 100% to get the result in percent forms. In this case, the absolute error is always 0.5 g (which means the values are consistently 0.5 g less than expected). The percent relative error would be calculated as follows:
Keep in mind, the relative error varies with each measured mass. Therefore, for each different measured mass of lead, you would substitute that value in place of M in the above formula to calculate the respective percent relative error.
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Exercise will be the independent variable while weight will be the dependent variable.
Nowadays most of us do exercise in order to burn extra calories, that in turn, reduce the weight of a person. Some exercises even increase the weight of a person.
Our weight will increase or will remain constant. In a few cases, it will decrease the weight.
So it is clear that weight depends on many factors. one of those factors is exercise.
So weight is the dependent variable while exercise will be an independent variable.
Therefore, exercise will be the independent variable while weight will be the dependent variable.
To get more about variables refer to the link,
Answer:
Independent
dependent
Step-by-step explanation:
The scenario illustrates that the weight for people who exercises regularly tends is normal or below normal. It means that the weight of a person depends on how much a person exercises i.e. if person exercises more the weight is reduced and if not then weight will be gained. Thus, exercise is the independent variable while weight is dependent variable.
2(3x+4)
2(4x+6)
2(3x+8)
➷ Expand them all to see if you get the expression:
2(3x - 4) ==> 6x - 8
2(3x + 4) ==> 6x + 8
2(4x + 6) ==> 8x + 12
2(3x + 8) ==> 6x + 16
As you can see, the correct option is B. 2(3x + 4)
➶ Hope This Helps You!
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Answer:
So the second one
Step-by-step explanation:
2(3x-4) =6x-8
2(3x+4)=6x+8 2x3=6 2x4=8
2(4x+6)=8x+12
2(3x+8)=6x+16
Answer:
I'm not completely sure but i'm going to guess on D the domain is 1 < f < 7, the range is 24 < c(f) < 168
Step-by-step explanation:
because 1 cup is < to a cup of Flour (f), and the expression says 7 cups in total so i f is less than or equal to the total number of cups 7. then the range says c(f)=24(f), meaning you get 24 cookies for the input amount "f" of cups of flour. So the range would be 24 is grater of equal to the c(f)which in total (7 x 24) is equal to 168
Answer:
I saw a lot of birds flying in the sky.Change into negative