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You make a Language service API call.

You call the following URL.

You send the following request body.

{

  "documents": [

    {

      "language": "en",

      "id": "1",

      "text": "Our tour guide took us up the Space Needle during our trip to Seattle last week."

    }

  ]

}

You receive the following response body.

{

  "statistics": {

    "documentsCount": 1,

    "validDocumentsCount": 1,

    "erroneousDocumentsCount": 0,

    "transactionsCount": 1

  },

  "documents": [{

    "id": "1",

    "score": 0.5,

    "statistics": {

      "charactersCount": 80,

      "transactionsCount": 1

    }

  }],

  "errors": []

}

The showStats=true parameter results in a statistics node in the API response.

Select Yes if the statement is true. Otherwise, select No.

Select only one answer.

1.  Yes

2.  No

ou are designing a chatbot for a restaurant.

You plan to enable users to make reservations. The solution must ask the users to provide multiple specific types of information necessary for the reservation.

What type of dialog should you use?

Select only one answer.

A two-word fragment of the first document has multiple possible entities associated with it.

Select Yes if the statement is true. Otherwise, select No.

1. yes

2. No

Write the following English descriptions of rules using the rule format (e.g., rules like [ +F ] → [ −F ] / #). Use features to describe segments and environments as much as possible. If it’s important for your answer, assume English segments and the corresponding features. (Hint: Suppose the difference between an affricate and a stop is that affricates are post-alveolar and [ +strident ] .)

(1) Laterals delete before a nasal consonant.

(2) Insert a mid front tense vowel between two stops.

(3) Obstruents become voiceless at the end of a word.

(4) At the beginning of words, delete a vowel if there’s another vowel immediately after it.

(5) Nasals become stops if the preceding vowel is nasalized.

(6) Coronal stops become affricates before high front vowels.

(7) All consonants except glides delete if there are two non-glide consonants before them.

(8) A vowel becomes round if there’s another round vowel after it, separated by any number of consonants.

IPA                                                Gloss

pəluqʰ                                      ‘ash’

iika                                           ‘my eye’

aŋutʰkʰ                                    ‘two men’ 

kaːnəkʰt͡ʃakʰ                            ‘something that looks like frost’

pistəŋuːtʰ                                ‘they are servants’ 

arnakʰ                                      ‘two women’ 

tuqmikʰ                                    ‘bucket, pail’

pʰki                                           ‘concerning travel’

arnaqʰ                                      ‘woman’

aŋutʰqʰ                                     ‘man’

aŋutʰtʰ                                      ‘three or more men’

aquqʰ                                       ‘middle finger’ 

plaːiinaqʰ                                  ‘string’ 

arnatʰ                                       ‘three or more women’

kuikʰ                                         ‘river’



1. List preceding and following environments for the sets of segments [p t k q] and for [pʰ tʰ kʰ qʰ].

[p t k q]

before:
after:

[pʰ tʰ kʰ qʰ]

before:
after:

2. These two classes of sounds are in complementary distribution. In a sentence or two, clearly state how you can tell that they’re in complementary distribution. Be as specific as possible.

3. Using features, characterize the environments where the alternation between plain and aspirated stops occurs. (One of the environments will be “elsewhere”.)

• [p t k q] occur:

• [pʰ tʰ kʰ qʰ] occur:

4. Using features, character the natural segment classes consisting of       [p t k q] and of [pʰ tʰ kʰ qʰ].

• [p t k q]:

• [pʰ tʰ kʰ qʰ]:

5. Write a rule (in formal notation) that describes the relationship between [p t k q] and [pʰ tʰ kʰ qʰ] in Central Alaskan Yup’ik.

6. Show derivations for the following surface forms.

UR

Rule

SR                 [aquqʰ]                 [aŋutʰkʰ]                 [tuqmikʰ]                 [pʰki]
 

Let (S) be the paraboloid z=10-(x-1)^2-(y-2)^2 and let M be the highest point (relative to the plane Oxy) on (S ). Let (P) be the tangent plane to (S) at M. Which point from the following is on the plane (P) ? 

After reading answer briefly answer the 3 questions. 

One of the oldest medications still used often in clinical practice is heparin. It was founded in 1916 before the Food and Drug Administration was created. Generated nearly solely from pigs' mucosal tissues. (Hedlund, 2013) The market for heparin depends on China because of its sizable swine herds. The drug's supply chain starts at slaughterhouses, then moves on to tiny workshops that collect heparin crude by removing the mucous membranes from pig intestines. Then, after being further refined into an active pharmaceutical component, the crude heparin is sold to other facilities, often via consolidators (API). In order to generate a completed heparin product, such as an injectable pharmaceutical vial, this API is then mixed with inactive components (typically a sterile solution). (Heparin: A Wake-Up Call on Risks to the U.S. Drug Supply, 2012)

The drug heparin was recalled on a global scale in 2008. Numerous fatalities and adverse events were found to be caused by a contaminate identified as oversulfated chondroitin sulphate, according to researchers. (Hedlund, 2013) 81 individuals died as a result of it.  Eventually, it was discovered what triggered the undesirable effect that resulted in the fatalities and injuries. The contaminated chemical was an over-sulfated derivative of chondroitin sulfate, a similarly comparable compound derived from animal or fish cartilage and frequently used as an arthritis therapy. Since over-sulphated chondroitin is not a naturally occurring molecule, it is not as expensive as actual heparin starting material, and it matches the in-vitro characteristics of heparin, the fake was very definitely made intentionally rather than by mistake during production. The contamination was caused by a combination of a lack of appropriate pigs in China and cost-effectiveness, also it was discovered that the raw heparin batches had been reduced by 2 to 60% with the fake chemical. (Chinese Heparin Manufacturer Again Involved in Falsification and GMP Non-Compliance - ECA Academy, 2016)

Following the adulteration, investigations revealed that OSCS was present in both the finished heparin API produced by SPL-CZ and the raw material sent to the firm by Chinese contractors. The specific source or suppliers of the heparin adulteration are still unknown to Baxter and the FDA; however, evidence shows that OSCS was most certainly introduced by organizations upstream of the Chinese API production facility, Scientific Protein Laboratories-Changzhou (SPL-CZ). Starting in 1996, Chinese raw materials have been used to make Baxter's heparin API; SPL-CZ joined the company's heparin production process in 2004. (Heparin: A Wake-Up Call on Risks to the U.S. Drug Supply, 2012)

The U.S. Centers for Disease Control and Prevention (CDC) started looking into an epidemic of unanticipated allergic-type responses in dialysis patients in early 2008, which started in 2007. The majority of them had received heparin intravenously from Baxter Healthcare. Additional analysis found that oversulfated chondroitin sulphate (OSCS), an artificial adulterant with hazardous effects, had been added during the production of heparin in China. Given its close resemblance to the original medication, routine testing was unable to identify OSCS, which is produced for roughly a hundred times less than heparin. (Heparin: A Wake-Up Call on Risks to the U.S. Drug Supply, 2012)A number of Americans experienced negative effects, including fatalities. At least 11 medication items and 72 healthcare products containing heparin were recalled by 14 additional American companies, including Baxter Healthcare, the main heparin producer in the United States. Heparin items were already suspended in Australia, Switzerland, Sweden, Denmark, Germany, France, and Italy as per regional health organisations and press sources. (Heparin: A Wake-Up Call on Risks to the U.S. Drug Supply, 2012)

The heparin scandal exposed a variety of supervision and supply chain management mistakes. Despite not doing a pre-approval examination, the FDA accepted SPL-CZ as a source for Baxter, in part because it mistook SPL-CZ for another website in its database. Investigators from Baxter were not allowed entry to upstream factories and aggregators in 2008 when they attempted to retroactively review their supply chain. (Heparin: A Wake-Up Call on Risks to the U.S. Drug Supply, 2012) Two heparin upstream consolidators were likewise off-limits to the FDA. Baxter started receiving heparin API produced by SPL-CZ in 2004, but somehow it didn't verify the facility until 2007; instead, it relied on an earlier evaluation by a separate business. A variety of production quality concerns were discovered during the investigation of SPL-CZ after the FDA discovered that it had been adulterated, including inadequate quality control procedures for incoming raw materials. SPL-CZ was not licensed by the Chinese State Food and Drug Administration since it was considered a chemical facility in China. It therefore probably received no supervision from the Chinese government. (Heparin: A Wake-Up Call on Risks to the U.S. Drug Supply, 2012)

Questions:

1. To avoid another situation like heparin adulteration in the future what steps should be taken by the government to protect people?
2. What could have been the major reason behind heparin adulteration? 
3. Do you think heparin contamination was intentional? Why or why not?

sources: 

1. Chinese Heparin Manufacturer again involved in Falsification and GMP Non-Compliance. (2016, march 2). Retrieved from gmp compilance:  [Accessed on: 2023 February 5]

Restate the following rules in regular English (or at least, English as spoken by phonologists). Try to use general phonetic descriptions as much as possible. You can suppose English segments and features. (Note: [ σ stands for the beginning of a syllable, and ]σ  stands for the end of a syllable.)

(1).   C→[ +nasal ] / [+syllabic, +nasal ]____

(2).   [ +lateral ] → [ −lateral ] / [ σ [+cont]____

(3). [ V, +high] → [ −high] / ____ [ C, −high, −back ]

(4) Ø → [ɹ] / V#____ V

(5) [ Dorsal, +back] → [ −back] / [ +anterior]____

(6) V→[αtense] / ____ C0[αtense]

(7) C → Ø / CC____

How can write python simple program

Find the moles of each element in 1.25 mol of Na2CO3.

Form CMS-1500 is the standard paper claim form used to bill an insurance company for rendered services and supplies. It provides detailed information about the patient, his/her insurance policy(s), and his/her diagnosis and treatment. This assignment will require you to analyze the content, the format, and the history of the form.

Instructions

You will write a 4–6 page research paper that provides a contrast between the CMS-1500 (08/05) and the CMS-1500 (02/12).

For this assignment, include the following:

• The history of the CMS-1500 form.

• A description of the changes to the format.

• An analysis of why the changes were made.

 Reference would be amazing also

Find the volume of the solid whose base is the given region and which has property that each cross section perpendicular to the x-axis is an equilateral triangle. The triangular region with vertices A(1,1); B(3,5); C(3,-2).