((Reinforcement concrete subject)) using ACI-318.
Please, answer the following questions and make your
answers as short as possible. no need for long answer.
You may express your answer as an equation if needed.
(((Please only type your answers)))
T beams:-
1- What is the primary advantage of using a T beam over a
rectangular beam?
2- How do we determine the effective width of a T beam?
3- What is the difference between Case 1 and 2?
4- How do I determine if I am in Case 1 or Case 2 for a T beam?
In: Civil Engineering
1. Using the equation for the Hardy-Weinberg Equilibrium,
calculate the following for p=0.7 and q=0.3 and enter in the ratios
for the following values.
a. homozygous dominants
b. homozygous recessives|
c. heterozygotes
d. dominant phenotype
2.
Blank 1: Which kind of selection, directional, stabilizing, or
disruptive, occurred when beads representing homozygous recessives
were removed in the evolution lab?
Blank 2: What kind of selective agent or selective pressure could
this activity have imitated?
Question 4 options:
| Blank # 1 | |
| Blank # 2 |
Thank you for your time and help.
In: Biology
Case Study #2
Part 1. Make a case study (written by medical professionals for medical professionals) using 10 words in list below.
1) Chancre
2) Coitus
3) Potency
4) Urethritis
5) Vasectomy and/or Vasovasostomy
6) Sterile and/or Sterilization
7) Amenorrhea and/or Dysmenorrhea and/or Menorrhea
8) Dyspareunia
9) Hysterosalpingography
10) Culdocentesis
11) Menarche
12) Menorrhagia
13) Puerperium
14) Anovulatory
15) Gravida 1
Part 2. define the words listed within the context they are used in the case study you just made
Define all the words in the list above
In: Anatomy and Physiology
Carl purchased an apartment complex for $1,100,000 million on March 17 of year 1. $300,000 of the purchase price was attributable to the land the complex sits on. He also installed new furniture into half of the units at a cost of $60,000. (Use MACRS Table 1, Table 2, Table 3, Table 4 and Table 5.)
a. What is Carl's allowable depreciation expense for his real property for years 1 and 2?
b. What is Carl's allowable depreciation expense for year 3 if the real property is sold on January 2 of year 3? (Do not round intermediate computations.)
In: Accounting
1. (15pts)
A standard 52-card deck consists of 13 cards from each of 4 suits
(spades, hearts, diamonds, clubs). What is the probability that a
5-card poker hand drawn from a standard 52-card deck has (please
give necessary explanation as the solution)
(a) (5pts) 2 clubs, 1 hearts and 2 diamonds?
(b) (5pts) 1 ace and 2 face cards (face cards refer to king, queen,
or jack)?
(c) (5pts) at least one ace?
You may leave your expressions without evaluating the numerical
value.
In: Advanced Math
Question 4 25 Marks
Jimmy Reynolds is considering investing R12,000 in a project with the following cash revenues and expenses:
Revenue Expenses
Year 1 R20,000 R18,000
Year 2 R22,000 R19,000
Year 3 R22,000 R20,000
Year 4 R22,000 R17,000
Year 5 R25,000 R17,000
Jimmy requires a minimum rate of return of 8%.
A. Calculate the net cash inflows in each of the 5 years.
B. What is the payback period?
C. What is the net present value of the investment?
In: Accounting
Question 4 (Marks: 10)
The following information is an extract of the statement of profit or loss of Palladium Ltd for the
current financial year:
Annual sales (20% cash) R625 000
Cost of Sales R125 000
Purchases (50% on credit) R200 000
The average accounts receivable collection period is 45 days. The average payment supplier period
is 50 days and the cash conversion cycle has been calculated as 55 days.
REQUIRED:
Q.4.1 Calculate the total average investment in the cash conversion cycle (CCC) for
Palladium Ltd.
Assume that there are 365 days in a year.
Round to the nearest Rand.
(10)
In: Finance
Question 4
Using the information provided below for Breville Group Limited (sells home appliances) and Globe International Limited (skating and footwear apparel):
(0.5 mark)
In: Accounting
Question No.4: {10marks}
In: Economics
Task 4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Consider a disk drive with 2,000 tracks, numbered 0 to 1,999. The request queue has
the following composition: 1045 750 932 878 1365 1787 1245 664 1678 1897
The current position is 1167 and the previous request was served at 1250. For each
of the following disk scheduling algorithms, compute the total distance (in tracks)
that the disk arm would move. Explain how you arrive at your answers.
4.1 First-In-First-Out (FIFO) (2)
4.2 Shortest-Service-Time-First (SSTF) (2)
4.3 SCAN (Without LOOK variation) (2)
4.4 C-SCAN (Without C-LOOK variation) (2)
In: Computer Science