QUESTION 1

1. ___________ is a way to pay for the raw infrastructure, which the cloud operator oversees on your behalf.

   		IaaS
   		PaaS
   		SaaS
   		FaaS

1 points   

QUESTION 2

1. ____________ is a function within IT systems that bridges the gap between development and operations of systems.

   		CI
   		CD
   		DevOps
   		Agile

1 points   

QUESTION 3

1. There are many different versions of cloud _________, and not all clouds are created equal.

   		names
   		idiosyncrasies
   		locations
   		architecture

1 points   

QUESTION 4

1. Amazon’s serverless technology is called_________ ; Google and Microsoft call theirs Google Functions and Azure Functions, respectively.

   		Lambda
   		Delta
   		Alpha
   		Theta

1 points   

QUESTION 5

1. ________ cloud is a reference to on-premises deployment models.

   		public
   		private
   		local
   		hybrid

Determine, for a given graph G =V,E and a positive integer m ≤ |V |, whether G contains a clique of size m or more. (A clique of size k in a graph is its complete subgraph of k vertices.)

Determine, for a given graph G = V,E and a positive integer m ≤ |V |, whether there is a vertex cover of size m or less for G. (A vertex cover of size k for a graph G = V,E is a subset V⊆ V such that |V| = k and, for each edge (u, v) ∈ E, at least one of u and v belongs to V.)

a.)Describe the process of showing that a problem is NP complete

b.) given that the CLIQUE problem is NP complete. show that the VERTEX COVER problem is NP complete.

1. Let U = {r, s, t, u, v, w, x, y, z}, D = {s, t, u, v, w}, E = {v, w, x}, and F = {t, u}. Use roster notation to list the elements of D ∩ E.

2. Let U = {r, s, t, u, v, w, x, y, z}, D = {s, t, u, v, w}, E = {v, w, x}, and F = {t, u}. Use roster notation to list the elements of D ꓴ E.

3. Let U = {r, s, t, u, v, w, x, y, z}, D = {s, t, u, v, w}, E = {v, w, x}, and F = {t, u}. Use roster notation to list the elements of E ∩ F.

4. Let U = {r, s, t, u, v, w, x, y, z}, D = {s, t, u, v, w}, E = {v, w, x}, and F = {t, u}. Use roster notation to list the elements of (E ꓴ F)' ∩ D.

Calculate the value of Eocell for the following reaction: 2Co3+(aq) + 3Ca(s) --> 2Co(s) + 3Ca2+(aq) Co3+(aq) + 3e– --> Co(s) Eo = 1.54 V Ca2+(aq) + 2e– --> Ca(s) Eo = –2.87 V.

A. –1.33 V

B. +1.33 V

C. –4.41 V

D. –11.6 V

E. +4.41 V

Prepare a written discussion on the Experiment: Calorimetry & Specific Heat

   -purpose of the experiment

   -summary of the procedure

-discussion of the theory behind the experiment

   -discussion of the results, including the identity of the metal, the accuracy and precision of the results

Question)

a) What is the theory of Projectile Motion Experiment?

b) What is the scientific concept of this Projectile Motion Experiment? (Explain in 500 words)

c) What is the background information of the Projectile Motion Experiment?

The Enzyme Lactase experiment design

Material required:

Skim milk, lactase drops, test tubes, glucose test strips, eye dropper, mixing spoon, graduated cylinder

If you actually conducted this experiment, what safety issues would you need to identify?

If you actually conducted this experiment, what appropriate precautions would you take to ensure that you performed the experiment safely?

If you actually conducted this experiment, what results would you expect to see?

Roger is conducting a biochemical experiment for the next 12

months. In the first month, the expenses are estimated to be

$10,000. As the experiment progresses, the expenses are expected

to increase by

2 percent each month. Roger plans to pay for the

experiment with a government

grant, which is received in four

monthly installments, starting a month after the experiment

completion date. Draw the cash flow diagram for this experiment.

Determine the amount of the monthly installment so that the

installments received are equal in value to the expenses incurred.

Annual nominal interest is 1

0 percent, compounded monthly.

1, A binomial probability experiment is conducted with the given parameters. Compute the probability of x successes in the n independent trials of the experiment.

n=10, p=0.5, x=4

p(4)

​(Do not round until the final answer. Then round to four decimal places as​ needed.)

2, A binomial probability experiment is conducted with the given parameters. Compute the probability of x successes in the n independent trials of the experiment.

p(38)=

​(Do not round until the final answer. Then round to four decimal places as​ needed.)

3, A binomial probability experiment is conducted with the given parameters. Compute the probability of x successes in the n independent trials of the experiment.

n=9, p=0.7, x≤3

The probability of x less than or equals x≤3 successes is nothing.

​(Round to four decimal places as​ needed.)

4, A binomial probability experiment is conducted with the given parameters. Use technology to find the probability of x successes in the n independent trials of the experiment.

n=8​, p=0.2​, x<4

p(x<4)=

​(Round to four decimal places as​ needed.)

5, A binomial probability experiment is conducted with the given parameters. Compute the probability of x successes in the n independent trials of the experiment.

n=10​, p=0.25​, x≤4

The probability of x≤4 successes is nothing.

​(Round to four decimal places as​ needed.)