Answer: $152,309.69
Explanation:
You are looking for the future value of this amount in 29 years assuming it will be compounded annually.
Future value = Amount * (1 + rate)^ number of years
= 4,400 * ( 1 + 13%)²⁹
= $152,309.69
Answer:
<u>Zone of tolerance</u>
Explanation:
Zone of tolerance with respect to a service refers to, the acceptable range to a customer, that lies between the perceived desired level of service expected and the minimum level of service acceptable.
The service which the customer anticipates or expects to be delivered by a firm is referred to as predicted service.
Customer expectations do not depict a single level of expectation, rather they follows a range of expectations. This range is represented as zone of tolerance.
If the service received lies in the zone of tolerance, the customer would be satisfied. If it is higher than the desired level, the customer would consider it exceptional.
In case the service received falls below the minimum level of acceptance, the customer would be disappointed and feel deceived or tricked.
Answer: REPLICATION
Explanation:An A-B design is a single case or a single subject design that deals with the study and analysis of both applied Behavior and Behaviors which concerns Human and non Human subjects. This type of design does not involve repetition of treatments which means it is a one case scenario, A-B design is a two phase design made up of a baseline known as ("A" phase) without change and a ("B" phase) known as a treatment phase. If during the experiment their is a change,it means the it means the treatment has an effect.
To determine the increase in the amount of money in the economy brought about the $600 taken out of the piggy bank, we multiply $600 by the decimal equivalent of the percentage given. That is,
($600) x (0.02) = $12
Hence, your $600 will increase the amount of money in the economy by $12.
Answer:
C. y = 11000(1.086)^7
Explanation:
Given the following data;
Principal = $11,000
Interest rate = 8.6% = 8.6/100 = 0.086
Time = 7 years
To derive a mathematical expression, we would use the compound interest formula;
Where;
A is the future value.
P is the principal or starting amount.
r is annual interest rate.
t is the number of years for the compound interest.
Substituting into the formula, we have;
A = $19,580