Nasim was fired from his job after 3 years of good performance. His boss simply said that the organization was changing and did

The best answer that would appropriately finalize the statement provided earlier would be the last option. The comprehensive statement indicates cash inflows and outflows that stem from a firm's operational, investment, and financing activities. I hope this explanation proves useful.

Answer: One potential action is to contact the credit card company to inquire if the payment can be made over the phone.

Explanation:

Other alternatives for settling a credit card bill without mailing include online payments. You'll need to create an online account, which typically requires your account number and some identification details. After registering, you can select the pay now feature to use your debit card or an online checking option for payment. It will process swiftly, though it may take a day to reflect in your account.

Most credit card companies offer an automated service allowing customers to make payments during the call. You'll require your card number, social security number, and debit card details for this transaction. While these payments are commonly free, it may vary based on the specific credit card provider.

What is the inquiry

Response:

Year  Nominal wage  Real wage  Price level  Inflation rate

1                  $7                  $5                140             None

2                 $9                  $6                150               7.14 %

3                 $12                 $7.5             160              6.67 %

Explanation:

Note: A visual representation of the table is also provided.

The price level for Year 1 is calculated as (Nominal wage in year 1/Real wage in year 1) multiplied by 100.

Thus, Price level in Year 1 = ($7.00 / $5.00) * 100

Resulting in Price level in Year 1 = 1.4 times 100

Which gives Price level in Year 1 = 140

To find Real wage in Year 2: (Nominal wage in year 2 / Price level in year 2) multiplied by 100.

Which gives Real wage in Year 2 = ($9.00 / 150.00) * 100

Thus, Real wage in Year 2 = $6

To calculate Nominal wage in Year 3: (Real wage in Year 3 * Price level in Year 3) divided by 100.

<pthis results="" in="" nominal="" wage="" year="">

As a result, Nominal wage in Year 3 = $1,200 / 100

Leading to Nominal wage in Year 3 = $12

To determine Inflation rate in Year 2: (Price level in Year 2 - Price level in Year 1) divided by Price level in Year 1.

<phence inflation="" rate="" in="" year="">

Therefore, Inflation rate in Year 2 = 10 / 140

Giving Inflation rate in Year 2 = 0.0714, or 7.14 %

For Inflation rate in Year 3: (Price level in Year 3 - Price level in Year 2) divided by Price level in Year 2.

<pthis leads="" to="" inflation="" rate="" in="" year=""><pfinally inflation="" rate="" in="" year="" resulting="" or="">

</pfinally></pthis></phence></pthis>

Data regarding U.S. GDP

a) The nominal GDP growth rate from 1996 to 2016 was

131.72%, calculated using the following:[

= (2016 nominal GDP - 2009 nominal GDP) / 2009 nominal GDP x 100

= (18,707 - 8,073)/ 8,073 x 100

=

131.72%

b) The GDP deflator growth rate from 1996 to 2016 was 44.75%, derived as follows:

= (2016 GDP deflator - 1996 GDP deflator)/ 1996 GDP deflator x 100

= (105.93 - 73.18)/73.18 x 100

=44.75%

Clarification:

1. Data regarding U.S. GDP

Year   Nominal GDP     GDP Deflator (Billions of dollars) (Base year 2009)

2016            18,707           105.93

1996             8,073             73.18

2. As stated on wikipedia.com, "the GDP deflator (implicit price deflator) is a metric for the price level of all new, domestically produced, final goods and services within an economy for a given year."

3. Nominal GDP serves as a method of measuring a nation's economic productivity. It considers the current prices of goods and services, calculating the monetary value of products and services produced in an economy during a specific period.

4. The growth rate indicates the percentage change for a specific variable over a defined time frame. It is figured as the difference between the current year's variable and the base year’s variable, divided by the base year's variable, multiplied by 100.