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nicole brown

nicole b.

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A He-Ne laser with an exit diameter of 0.2 cm, power of 7.5 mW, and divergence of 1.7 * 10 ^ - 3 rad is to be used with a detector 150 m away. If the detector has an area of 5c * m ^ - 2 find the power of the laser light to which the detector must respond.

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26. Which of the following statements best shows that Wyatt is exhibiting self-actualization? "I hope to learn that one day." "I can't do that." : "I can see what's happening around me." . " tend to get angry quickly.-

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A carbon–oxygen double bond in a certain organic molecule absorbs radiation that has a frequency of 6.2 x10^13. Use the values for Planck's constant and speed of light as and , respectively. What is the wavelength of this radiation

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06 Question (2 points) Of the sulfur oxides (S$_2$O, SO, SO$_2$, and SO$_3$), which is more than 50% oxygen on a molar basis and which is more than 50% oxygen by mass? ? 1st attempt Part 1 (1 point) More than 50% oxygen on a molar basis: Choose one or more: A. S$_2$O B. SO C. SO$_2$ D. SO$_3$

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? Question Goal: Learn to get the length of matrix rows. Assignment: In a digital art gallery, artworks are displayed on screens arranged in rows, with each row potentially holding a different number of artworks due to varying screen sizes. A two-dimensional array of String represents the artworks displayed on each row of screens in the gallery and is assigned to galleryDisplays. Write a statement whose value is the number of artworks on the last row of screens. (Assume the gallery is not empty, and each row can display a different number of artworks.)

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Find the equation of the line with the given description: Horizontal, passes through (0, +4). (Use symbolic notation and fractions where needed.) y = | help (fractions)

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The Administration at the hospital tries to satisfy the patients, Doctors, and Dean for their treatment needs. Doctors specify diagnoses for particular diseases, Dean approves them. Adminstration orders and supplies treatment details to Patients. Construct an Entity Relationship Model for the scenario.

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rame_auto.d21?ou \( =785351 \& \) isprv \( =\& q i=586480 \& c f q \mid=0 \& d n b=0 \& \) fromQB \( =0 \& i n \) Progress \( =0 \) ing Equilibrium d) Add Fe e) Add CO Question 2 (1 point) Which of the following states of matter are included when writing an equilibrium constant expression? a) Liquids b) Gases c) Aqueous d) Solids Submit Quiz 1 of 2 questions saved Search

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9. A local government plans to auction off a franchise to supply service to the town. The (inverse) demand curve for the service is P(Q) = 25-Q, where P denotes price, and Q denotes quantity. Only two firms, firm 1 and firm 2, are qualified to compete for the franchise. Firm 1's cost function is C1(Q) = 2.5Q; firm 2's cost function is C2(Q) = 5Q. The franchise is auctioned off using a modified English auction, where the firm that promises to supply the service at the lowest price wins the franchise. Which firm will win the franchise? What will the winning bid be? 10. Continuing with question 9, suppose the local government decides to award the franchise to the firm that promises the largest up-front payment to the government. The selected franchise operator is permitted to charge its preferred price for the service. The government employs an English auction, awarding the franchise to the firm that promises the largest payment. a. Which firm will win the franchise? b. What will the winning franchise fee be? c. What price will the selected franchise operator charge for the service? 11. Which of the two methods described in questions 9 and 10 should a local government use if its objective is to: a. Maximize consumer welfare. b. Maximize government revenue.

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If it costs $500m to develop and bring to market a new prescription drug with all the clinical trials and so on, and the chemical ingredients cost $1 per pill once we start making it, then how many pills do we need to sell in a 10 year period at $6 per pill to break even? Ignore the interest expense of that sunk cost or the time value of money complexities. If patients take 1 pill per day, then how many patients do there need to be for us to get our money back in 10 years? Assume 365 days per year even though there are some leap years in there. Suppose there are only 10,000 people with the indicated condition for this new medication, and that only half of them will be prescribed this medicine. What price needs to be charged per pill for us to break even in 10 years? This scenario has assumed a 10 year patent protection period in which the drug is supplied by the monopolist inventor company. Without the patent protection, some other company could copy and make the same drug without paying that sunk cost of $500m, and undercut the price charged by the original inventor. In a price war between the original inventor and the copycat drug company, what would be the minimum price they both would charge per pill, and why would that be a bad thing?

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