Answer:
Labour rate variance $2,925 unfavorable
Explanation:
<em>The labour rate variance is the difference between the standard labour cost allowed for the actual hours worked and the actual labor cost for the same hours</em>
$
Standard labour cost ($19.70× 6500) 128,050
Actual labour cost <u>130,975</u>
Labour rate variance <u> 2,925 unfavorable</u>
Answer:
$240,885.11
Explanation:
The formula to be used is = annual payment x annuity factor
Annuity factor = {[(1+r) ^N ] - 1} / r
R = interest rate = 8.2 percent
N = number of years = 25
[(1.082^25) - 1 ] / 0.082 = 75.276598
75.276598 x $3,200 = $240,885.11
I hope my answer helps you
Here is the answer that completes the statement above.
Regarding the situation of Toby who runs a small deli downtown, if he is already maximizing his profits, therefore, we can say that the number or amount of delis will soon increase or rise. Hope this answers your question.
When you create an appointment schedule for the doctor, based on her preferences, you should (D) all of the above.
<h3>
What is an appointment?</h3>
- A legal appointment is one in which the subject matter is of a legal character.
- Meetings with attorneys, administrative hearings, interviews and/or interactions with police officers, and any type of appeal affecting housing, finances, or an individual's civil liberty are examples of these appointments.
<h3>Solution -</h3>
So when we create an appointment for the doctor, based on her preferences we should:
Avoid being too early or too late, we just have to be at the right time. So option (A) is correct.
We should always try to create appointments in blocks to make the appointment comfortable for both. So, option (B) is also correct.
Whenever we fix an appointment, we should always consider the travel time. So, option (C) is also correct.
Therefore, when you create an appointment schedule for the doctor, based on her preferences, you should (D) all of the above.
Know more about appointments here:
brainly.com/question/24294091
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Answer:
2.3925
Explanation:
The computation of the Mexican pesos is shown below:
= (1 British pound × 1 U.S. dollar) ÷ 1 British pound for the Danish krone
= (1.65 × 10.875 ÷ 7.5)
= 2.3925 Mexican pesos
Simply we multiplied the 1 British pound with the 1 US dollar and then divide it by the 1 British pound for Danish krone so that the correct spot currency can come