Should prayer be allowed in schools? why or why not? A principal and director face prison time for allowing prayer. What can be done?

The following payoff table shows the profit for a decision problem with two states of nature and two decision alternatives:

1. Use graphical sensitivity analysis to determine the range of probabilities of state of nature s ₁ for which each of the decision alternatives has the largest expected value. If required, round your answers to two decimal places.
   

   d1 is optimal for probability of s 1	≥ ??
   d2 is optimal for probability of s 1	≤ ??

2. Suppose P(s₁) = 0.85 and P(s₂) = 0.15. What is the best decision using the expected value approach?
   

   Best decision:

   ??

3. Perform sensitivity analysis on the payoffs for decision alternative d₁. Assume the probabilities are as given in part (b), and find the range of payoffs under states of nature s₁ and s₂ that will keep the solution found in part (b) optimal. Is the solution more sensitive to the payoff under state of nature s₁ or s₂?
   
   The input in the box below will not be graded, but may be reviewed and considered by your instructor.

What are your thought on "Exposing hidden homophobias"?

7.24 LAB: Triangle area comparison (classes)

Language: C++

Given class Triangle (in files Triangle.h and Triangle.cpp), complete main() to read and set the base and height of triangle1 and of triangle2, determine which triangle's area is larger, and output that triangle's info, making use of Triangle's relevant member functions.

Ex: If the input is:

3.0 4.0
4.0 5.0

where 3.0 is triangle1's base, 4.0 is triangle1's height, 4.0 is triangle2's base, and 5.0 is triangle2's height, the output is:

Triangle with larger area:
Base: 4.00
Height: 5.00
Area: 10.00

Step 1 Go to the Coca-Cola corporate website and click on Sustainability and review the company’s most recent Sustainability Report. Determine the six best aspects of the Coca-Cola report.

A department store elevator is moving downward in a multistory building at a constant speed of 6.30 m/s. Exactly 2.04 s after the top of the elevator car passes a bolt loosely attached to the wall of the elevator shaft, the bolt falls from rest.

(a)

At what time (in s) does the bolt hit the top of the still-descending elevator? (Assume the bolt is dropped at

t = 0 s.)

(b) Estimate the number of floors through which the bolt can fall if the elevator reaches the ground floor before the bolt hits the top of the elevator. (Assume

1 floor = 3 m.)

Please read the question that follows: “Is the organization structure of Walt Disney representative of a “centralized” or “decentralized” organization?” Explain why it is difficult for someone who is not a member of this firm to respond to this question.

a list of ALL the pieces of technology that you encounter/use in one day...ALL of it ;) (2) Select three (3) items from your list and describe ways that those items could be used to improve the patient experience.(more than a few sentence please)

In the C programming language:

Pretend you are an astrophysicist making a report on the distances to the 50 brightest stars.
You need to print out a nice table sorted by distance to include in your report.

Using data in input.txt, write a program that can read in the included file input.txt.

Use scanf or fscanf (or any other function you prefer) to read the comma separated values (CSV) into an array of structs representing each record.

Once all records are loaded, sort the list by the distance field. Alternatively, you can keep the array
sorted by its distance during reading. Use any sorting function you want.

Save the data sorted by the distance field (lowest to highest) in another file called "distance.txt".
Save only the following fields in this order:

   Distance
   Name
   Bayer Name
   right ascension
   declination

Make sure that the columns line up nicely and that the header is printed before the data.

input.txt contains:

Rank,Star Name, Bayer Name, Visual Mag., Abs. Mag., Dist. (ly), Spectral Type, Lum. (Sol), Mass (Sol), Diam. (Sol), RA (hr_min), Dec (deg)
1, Sirius, Alp CMa, -1.44, 1.45, 8.6, A1V, 25, 2.0, 1.7, 06h 45m, -16.7
2, Canopus, Alp Car, -0.62, -5.53, 310, F0Ib, 13600, 8.5, 65, 06h 24m, -52.7
3, Rigil Kent., Alp Cen, -0.28c, 4.34, 4.4, G2V+K1V, 1.5, 1.1, 1.2, 14h 40m, -60.8
4, Arcturus, Alp Boo, -0.05v, -0.31, 36.7, K2III, 170, 1.1, 26, 14h 16m, +19.2
5, Vega, Alp Lyr, 0.03v, 0.58, 25.3, A0V, 37, 2.1, 2.3, 18h 37m, +38.8
6, Capella, Alp Aur, 0.08v, -0.48, 42.2, G5III+G0II, 79, 2.7, 12, 05h 17m, +46.0
7, Rigel, Bet Ori, 0.18v, -6.69, 770, B8Ia, 66000, 17, 78, 05h 15m, -8.2
8, Procyon, Alp CMi, 0.40, 2.68, 11.4, F5IV-V, 7.7, 1.5, 2.0, 07h 39m, +5.2
9, Betelgeuse, Alp Ori, 0.45v, -5.14, 430, M2Ib, 105000, 18, 936, 05h 55m, +7.4
10, Achernar, Alp Eri, 0.45v, -2.77, 144, B3V, 3300, 6-8, 10, 01h 38m, -57.2
11, Hadar, Bet Cen, 0.61v, -5.42, 525, B1III, 16000, 10.7, 8, 14h 04m, -60.4
12, Altair, Alp Aql, 0.76v, 2.20, 16.8, A7V, 10.6, 1.8, 1.8, 19h 51m, +8.9
13, Acrux, Alp Cru, 0.77c, -4.19, 320, B0.5IV+B1V, 25000, 14, ?, 12h 27m, -63.1
14, Aldebaran, Alp Tau, 0.87, -0.63, 65.1, K5III, 425, 1.7, 44.2, 04h 36m, +16.5
15, Spica, Alp Vir, 0.98v, -3.55, 260, B1V+B2V, 13400, 11, 7.8, 13h 25m, -11.2
16, Antares, Alp Sco, 1.06v, -5.28, 605, M1Ib+B4V, 65000, 15.5, 800, 16h 29m, -26.4
17, Pollux, Bet Gem, 1.16, 1.09, 33.7, K0III, 32, 1.9, 8, 07h 45m, +28.0
18, Fomalhaut, Alp PsA, 1.17, 1.74, 25.1, A3V, 17.7, 2.1, 1.8, 22h 58m, -29.6
19, Deneb, Alp Cyg, 1.25v, -8.73, 3200, A2Ia, 54000, 20, 110, 20h 41m, +45.3
20, Mimosa, Bet Cru, 1.25v, -3.92, 350, B0.5III, 34000, 14, 8, 12h 48m, -59.7
21, Regulus, Alp Leo, 1.36, -0.52, 77.5, B7V, 150, 3.5, 3.2, 10h 08m, +12.0
22, Adhara, Eps CMa, 1.50, -4.10, 430, B2II, 20000, 10, ?, 06h 59m, -29.0
23, Castor, Alp Gem, 1.58c, 0.59, 51.5, A1V+A2V, 30/14, 2.2/1.7, 2.3/1.6, 07h 35m, +31.9
24, Gacrux, Gam Cru, 1.59v, -0.56, 87.9, M3.5III, 1500, 3, 113, 12h 31m, -57.1
25, Shaula, Lam Sco, 1.62v, -5.05, 700, B2IV, ?, 10.4, 6.2, 17h 34m, -37.1
26, Bellatrix, Gam Ori, 1.64, -2.72, 240, B2III, 21500, 8, 5.7, 05h 25m, +6.3
27, Elnath, Bet Tau, 1.65, -1.37, 131, B7III, 70, 4.5, 5.5, 05h 26m, +28.6
28, Miaplacidus, Bet Car, 1.67, -0.99, 111, A2III, 210, 3, 5.7, 09h 13m, -69.7
29, Alnilam, Eps Ori, 1.69v, -6.38, 1300, B0Ia, 375000, 40, 26, 05h 36m, -1.2
30, Alnair, Alp Gru, 1.73, -0.73, 101, B7IV, 380, 4, 3.6, 22h 08m, -47.0
31, Alnitak, Zet Ori, 1.74c, -5.26, 820, O9.5Ib+B0I, 100000, 28, 20, 05h 41m, -1.9
32, Regor, Gam Vel, 1.75v, -5.31, 840, WC8+O9Ib, 100000, 30, 13, 08h 10m, -47.3
33, Alioth, Eps UMa, 1.76v, -0.21, 80.9, A0IV, 108, 3, 3.7, 12h 54m, +56.0
34, Kaus Aust., Eps Sgr, 1.79, -1.44, 145, B9.5III, 375, 5, 7, 18h 24m, -34.4
35, Mirfak, Alp Per, 1.79, -4.50, 590, F5Ib, 5400, 11, 56, 03h 24m, +49.9
36, Dubhe, Alp UMa, 1.81, -1.08, 124, K0III+F0V, 300, 4, 30, 11h 04m, +61.8
37, Wezen, Del CMa, 1.83, -6.87, 1800, F8Ia, 50000, 17, 200, 07h 08m, -26.4
38, Alkaid, Eta UMa, 1.85, -0.60, 101, B3V, 700, 6, 1.8, 13h 48m, +49.3
39, Sargas, The Sco, 1.86c, -2.75, 270, F1II, 960, 3.7, 20, 17h 37m, -43.0
40, Avior, Eps Car, 1.86v, -4.58, 630, K3II+B2V, 6/11 K, 4.6/16, 153/6, 08h 23m, -59.5
41, Menkalinan, Bet Aur, 1.90v, -0.10, 82.1, A2IV, 48, 2.4, 2.8, 06h 00m, +44.9
42, Atria, Alp TrA, 1.91, -3.62, 415, K2Ib-II, 5500, 7, ?, 16h 49m, -69.0
43, Koo She, Del Vel, 1.93, -0.01, 79.7, A0V, ?, ?, ?, 08h 45m, -54.7
44, Alhena, Gam_Gem, 1.93, -0.60, 105, A0IV, 160, 2.8, 4.4, 06h 38m, +16.4
45, Peacock, Alp Pav, 1.94, -1.81, 180, B0.5V+B2V, 2100, 5, 4.4, 20h 26m, -56.7
46, Polaris, Alp UMi, 1.97v, -3.64, 430, F7Ib-II, 2200, 7.5, 30, 02h 32m, +89.3
47, Mirzam, Bet CMa, 1.98v, -3.95, 500, B1III, 19000, ?, ?, 06h 23m, -18.0
48, Alphard, Alp Hya, 1.99, -1.69, 180, K3II, ?, 3.0, 50.5, 09h 28m, -8.7
49, Algieba, Gam Leo, 2.01, -0.92, 126, K0III+G7II, 320/50, 1.23, 32, 10h 20m, +19.8
50, Hamal, Alp Ari, 2.01, 0.48, 65.9, K2III, 90, 2, 15, 02h 07m, +23.5

Step 2 Go to the PepsiCo corporate website and click on Sustainability and review the company’s most recent Sustainability Report. Determine the six best aspects of the PepsiCo report.

Write a one page on a summary of what’s your thoughts and meaning to this chapter ( what it means to you)

PSALM 1-9

A David psalm, when he fled from Absalom his son.

2, lord, how many are my foes,

Many, who say of my life:

“no rescue for him through god.” Selah

4. and you, lord, a shield is for me,

My glory, who lifts up my head.

With my voice I cry out to the lord.5

And he answers me from his holy mountain, Selah

I lie down, and I sleep. 6

I awake, for the lord has sustained me.

I fear not from myriads of troops.7

That round about set against me.

Rise, lord! Rescue me, my god,8

For you strike all my foes on the cheek,

The teeth of the wicked you smash.’

Rescue is the lord!

On your people your blessing, Selah

Thoughts on Identifying Yourself Through Language

How is Walt Disney departmentalized (e.g., by function, by product, by customer, by geography, by matrix, etc.)? Explain how you arrived at this answer.

Interview a local police manager and ask what's the greatest problem facing law enforcement today and what approaches would they use to attack it?