Answer:
the standard variable overhead rate exceeded the actual rate.
Explanation:
Considering that, Variable overhead rate variance = Actual overhead costs - (actual hours * Standard rate)
Hence, in this case, since it is assumed that, if variable manufacturing overhead is applied on the basis of direct labor-hours and the variable overhead rate variance is favorable, then: the standard variable overhead rate exceeded the actual rate.
MARK "BRIANLIEST!"
1. Government. Government holds much sway over the free markets. ...
2. International Transactions. The flow of funds between countries effects the strength of a country's economy and its currency.
3. Speculation and Expectation.
4. Supply and Demand.
MARK "BRIANLIEST!"
Answer:
A. 16.71%
Explanation:
Use dividend discount model (DDM) to solve this question.
Formula for finding the required return of a stock is;
r = 
where P0 = Current price = $17.50
D1 = Next year's dividend = $3.45
r= required return = ?
g= growth rate = -3% or -0.03 as a decimal (negative sign is because dividend is expected to decrease)
r = 
As a percentage , it becomes 16.71%
Answer: B
Explanation: Cockroaches have a strong oily odor from them.
Answer:
The Answer is A) 2
Explanation:
Drawing details from the question, the formula for calculating Average Waiting Time under the Single -Server Queue Model is given as:
Average Waiting Time = <u>(Average No of customers waiting in line</u>)
λ
> λ is a mathematical symbol pronounced Lambda and here refers to <em>Rate of Arrival.</em>
> We have Average Waiting Time = 8
> We have λ (Average Rate of Arrival) = 15 People every hour (that is 60 Minutes)
> that is 15/60= 0.25
Therefore λ = 0.25
> Lets assume that Average No. of Customers Waiting in Line is C
Our formula (by substituting the various factors above now becomes
8 = C/0.25
To get, we cross multiply. So we have:
C = 8 x 0.25
C = 2 thefore the Average No. of Customers waiting according to the single-server queue model given the above conditions is 2.
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