Answer:
The correct answer would be $5
Explanation:
The formula to use is "Expected return to player" which is
E(x) = x.p(x)
where x is the return to player if they win
and p(x) is the probability of winning.
So here,
x = $100 (return to player for winning)
p(x) = 1/50 (probability of winning)
Therefore expected return to player is
E(x) = x.p(x)
= $100 x 1/50
= $100/50
= $2
Cost: $7
Expected return to player is $2.
Therefore Loss (to player) is Cost minus Expected return
= $7 - $2 = $5 <---- expected value for the carnival to gain,
The loss to the player is the carnival's gain. It's $5.
Answer:
b
Explanation:
to start a business you have to see what's on demand
Answer:
$580,000 underapplied
Explanation:
The computation of the ending overhead is shown below:
The applied overhead is
= Predetermined overhead rate × actual machine hours
= $40 × 90,000
= $3,600,000
Now the underapplied overhead is
= $4,180,000 - $3,600,000
= $580,000
So the ending overhead is $580,000 underapplied
Answer:
So none is true other than below answer.
Explanation:
True: Budgeted fixed factory overhead = Budgeted output * Fixed overhead Absorption rate.
Fixed overhead absorption rate = Budgeted fixed overhead / Budgeted productio
Answer:
Yes, the correlation would change.
Explanation:
There are 60 minutes in an hour. The correlation would change by a factor of 60.