Answer:
=$11,439.96(Approx)
Explanation:
Consider the following calculations
Present value of annuity=Annuity[1-(1+interest rate)^-time period]/rate
200,000=Annuity[1-(1.0391)^-30]/0.0391
200,000=Annuity*17.48257135
Annuity=200,000/17.48257135
=$11,439.96(Approx)
Answer:
4) buying and installing new computers in the new outlets
Explanation:
The five component model of information systems includes what a company needs to create is IT infrastructure and it includes:
- people: I firmly believe that people are the most important component of any system, at least until AI replaces us.
- hardware: refers to the equipment needed (e.g. computers, etc.)
- software: includes both system (windows or linux) and applications software (e.g. ERP software)
- database: the place where collected data is stored, e.g. physical storage devices or cloud storage
- network: the connections needed for different hardware to work together, e.g. cables, routers, internet service
Options:
A. Debit card
B. Loyalty card
C. Fleet card
D. Credit card
Answer: D. Credit card
Explanation: A credit card is an electronic payment system which uses cards that are linked to a bank account, this card allows you to make purchases online in order to pay later.
A credit card allows its holders to borrow money from financial institutions with the aim of not exceeding the Financial limits. Financial limits are determined by the issuers of the card based on a person's credit history and amount of minimum savings which are expected.
Answer:
The estimated bad debt expense for the year amounts to $9,400
Explanation:
The estimated bad debt expense for the year is computed as:
As the percentage of credit sales method is used for estimating the bad debt expense. Therefore, it is computed as:
Bad debt expense = Net Credit Sales × Estimate Percent
where
Net credit sales amounts to $188,000
Estimate percent is 5%
So, putting the values above:
Bad debt expense = $188,000 × 5%
Bad debt expense = $9,400
Therefore, the bad debt expense amounts to $9,400
The probability that demand is greater than 1800 gallons over a 2 hour period is : 0.5
<u>Given data :</u>
Mean value of gasoline per hour = 875 gallons
Standard deviation = 55 gallons
<h3>Determine the probability of demand being greater than 1800 gallons over 2 hours </h3>
Demand for gas in 1 hour = X₁
Demand for gas in 2 hours = X₁ + X₂
Therefore ; ( X₁ + X₂) ~ N ( u₁+u₂, sd₁² + sd₂² )
In order to calculate probabilities for normals apply the equation below
Z = ( X- u ) / sd
where : u = 1800, sd = √ ( 55² + 55² ) = 77.78
using the z-table
P( Y > 1800) = P( Z > ( 1800 - 1800 ) / 77.78)
= P( Z>0 ) = 0.5
Hence we can conclude that The probability that demand is greater than 1800 gallons over a 2 hour period is : 0.5.
Learn more about probability : brainly.com/question/24756209
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