escribe the central dogma theory and explain in detail the two main processes that are involved. Is this theory held true for all genes? Why or why not? Include: transcription, translation, mRNA, tRNA, rRNA, ribosomes, amino acids, coding strand, template strand, RNA polymerase

HOW TO DO B PLEASE EXPLAIN IN DETAIL

One measure of the risk or volatility of an individual stock is the standard deviation of the total return (capital appreciation plus dividends) over several periods of time. Although the standard deviation is easy to compute, it does not take into account the extent to which the price of a given stock varies as a function of a standard market index, such as the S&P 500.

As a result, many financial analysts prefer to use another measure of risk referred to as beta. Betas for individual stocks are determined by simple linear regression. The dependent variable is the total return for the stock and the independent variable is the total return for the stock market. For this case problem we will use the S&P 500 index as the measure of the total return for the stock market, and an estimated regression equation will be developed using monthly data. The beta for the stock is the slope of the estimated regression equation (b1). The data contained in the file named Beta provides the total return (capital appreciation plus dividends) over 36 months for eight widely traded common stocks and the S&P 500.

The value of beta for the stock market will always be 1; thus, stocks that tend to rise and fall with the stock market will also have a beta close to 1. Betas greater than 1 indicate that the stock is more volatile than the market, and betas less than 1 indicate that the stock is less volatile than the market. For instance, if a stock has a beta of 1.4, it is 40% more volatile than the market, and if a stock has a beta of .4, it is 60% less volatile than the market.

Managerial Report

You have been assigned to analyze the risk characteristics of these stocks. Prepare a report that includes but is not limited to the following items.

A (30 points). Compute descriptive statistics for each stock and the S&P 500. Comment on your results. Which stocks are the most volatile?

B (30 points). Compute the value of beta for each stock. Which of these stocks would you expect to perform best in an up market? Which would you expect to hold their value best in a down market?

C (40 points). Comment on how much of the return for the individual stocks is explained by the market.

Network Security:

Explain in detail how a hash function could be used for each of the following applications. Indicate which property or properties of the hash function are being used (one-way property, fixed length output, collision resistance, etc...).

1. to detect unauthorized modification of software program code

2. to identify the same files with different names on a peer-to-peer sharing network

Explain in detail why elementary geometry (used in triangulation) is essential for charting the Universe and measuring distances in astronomy. NOTE: This is an extended essay question, worth 40 points. The response should be formatted in multi-paragraph essay with attention to essay structure, grammar mechanics, and APA formatting.

Explain the questions with detail and how to solve it:

1) Ahmed can paint the office in 5 hours. When Jamel helps him it takes them 4 hours working together. How long will it take Jamel if he works alone?

2) If a projectile is fired straight upward form the ground with an initial speed of 96 feet per second, then its height h in feet after t seconds is given by the function h(t)= -16t^2+96t
Find the maximum height of the projectile.

3) he model A= 1.6 e^0.039t gives the minimum wage, A, in year t, and where t= 0 represents the year 1970.
a)Use model to predict the minimum wage in the year 2018.
b) Use the model to find the year in which the minimum wage reach $15 per hour.

Please explain in detail, the audit risk model and how this model integrates with the Auditor's "gaining an understanding of the entity, including its internal control, to assess the risk of material misstatement whether due to fraud or error, and to develop the nature, timing and extent of further audit procedures.

explain in detail how the endocrine system is reacting during these given situations to bring the body back to homeostasis or may be causing adverse physiological effects.

Jane was riding her horse on a warm sunny day (101 degrees Fahrenheit) when suddenly her horse stopped and reared up in the air. Jane was not prepared for this and fell hard backwards into the ground. As she hit the ground Jane's leg was gashed open by a large, sharp boulder that she fell next to. Jane began to bleed severely. Jane's pulse seems to be low and her respiratory rate is at 22 bpm.

Please explain this, especially Part A in detail (how to draw).

Someone posted the answer of this but do not understand it.

Firm "Challenger Inc". uses two inputs (input K1 & input K2) to produce its final good (Q). Specifically, it needs two (2) units of input K1 and one (1) unit of input K2 to produce one unit of its final good. The production function as this function by the Managerial Director of Challenger Inc.: Q = F( K1, K2 ) = Min( 0.5K1 , K2 )

A- Draw Isoquant curves of this production function (K2 on the vertical axis and K1 on the horizontal axis).

B- The firm is currently producing 10 units of the final good (Q). If the price of both inputs (K1 and K2) is equal to 10, what is the minimum total expenditure the firm needs to incur to produce the 10 units of Q output?

C-Now suppose Challenger Inc. has a budget of $ 450 and the prices of inputs K1 and K2 have not changed. What is the maximum number of units of the final good the firm can produce?

D- If the firm’s budget was $459, would your answer in part c change? (Note: You can only produce integer units of Q output).

E- Refer to Part C. If Challenger Inc.'s budget was $468, would your answer in part c change? (Note: You can only produce integer units of Q output).

1) Go over the derivation of the equilibrium equations for fluids and explain in detail all concepts, steps necessary to derive

A) p= p0 + gamma * z ( equilibrium of a vertical fluid column)

and

B) dp/dx = 0 and dp/dz + gamma = 0 ( equilibrium of an infinitesimal element of fluid )

show that one can derive 1) A from B and 2) B from A .. so A and B are equivalent forms of the equilibrium equations for fluids