Answer:
Availability Section
Explanation:
All the information in a job application needs to be very detailed and with little to no room for interpretation. This is because a job application is a one-time deal meaning you do not get to redo it once you turn it in. If the hiring manager does not understand something in the job application they will simply throw it away and pass on to the next application on the list, they will not waste time on it. Therefore, the only thing that can be abbreviated would be the Availability Section when dealing with days of the week. Instead of spelling out every day you can say any of the following...
Mon, Tue, Wed, Thu, Fri, Sat, Sun
Sat-Sun
Mon-Fri
Explanation:
The Journal Entry is given below:-
a. Cash Dr, 8400
Accounts receivable 8400
(Being the Cash received)
b. Supplies Dr, 2500
Office equipment 2500
(Being the reserve entry is recorded)
Supplies Dr, 2500
Accounts payable 2500
(Being the supply is purchased)
<span>Bob can claim Sara, but not Joan. To qualify for the Earned Income Credit, a child must be under the age of 19 (or under 24 if a student) or disabled, a child or direct descendant including grandchildren, living as a resident in your home with you for over half the year, having a valid social security number, and not claimed by someone else. Joan is not disabled or under 19, so she does not qualify. Sara is a direct descendant of Bob under 19 with a valid SSN who lives with him more than half the year, so she qualifies as long as Joan does not claim her.</span>
The problem is
missing some parts but nevertheless here is the solution:
Given:
Mean is 28
Standard deviation is 5
So we denote the problem as x <= 2
For X ~ N (28, 5^2)
we are looking for the percentage:
P{X>24} = P {Z>z}
Where z = (24-28)/5 =
4/5 = - 0.80.
P {Z> -0.80} = 1 - P{Z< -0.80} = 1 - 0.2119.
Or in percentage, it is replaced as P{Z< -0.80} = 0.2119,
21.19%.
Answer:
Expected value of X = -11.09
Explanation:
Expected profit:
= Probability of winning × Amount she wins
= 0.03 × $180
= 5.4
Expected loss:
= Probability of loosing × Amount she paid
= 0.97 × $17
= 16.49
Let X be amount of money Mary wins or loses.
E(X) = Expected profit - Expected loss
= 5.4 - 16.49
= -11.09
Expected value of X = -11.09
That is expected value of loss of $11.09
