For the following reaction between Mohr\'s salt (iron as FeSO4(NH4)2SO4

1.Use the principles of classical and operant conditioning to explain how you would teach the baby to become just like Sherlock Holmes – a clever and successful detective, rude, with no interest in relationships. Explain at least five ways you would manipulate the environment to shape the baby to become like Sherlock Holmes.

2.To what degree do you think these conditioning principles alone shape personality, and what problems might you expect with this approach on humans?

New Cities
A regional economy has 11 million workers and an urban utility curve u(n)=15+12n-n^2, where n is the number if workers in millions. Initially, all 11 million workers are in a single city.

a) Suppose the regional government establishes a new city with 1 million workers, leaving 10 million workers in the old City. Predict the new equilibrium distribution of population between the two cities. Illustrate.
b) Suppose the regional government provides a subsidy to the residents of the new city. The subsidy (in utils) is s=12-2n, that is, 10 utils in a city with 1 million workers, 8 utils for 2 million workers, and so on. Predict the new equilibrium distribution of population between the two cities. Illustrate.

The equilibrium constant, K, for the following reaction is 10.5 at 350 K.

2CH2Cl2(g) CH4(g) + CCl4(g)

An equilibrium mixture of the three gases in a 1.00 L flask at 350 K contains 5.09E-2 M CH2Cl2, 0.165 M CH4 and 0.165 M CCl4. What will be the concentrations of the three gases once equilibrium has been reestablished, if 3.82E-2 mol of CH2Cl2(g) is added to the flask?

[CH2Cl2]

=

M

[CH4]

=

M

[CCl4]

=

M

The equilibrium constant, K, for the following reaction is 1.29E-2 at 600 K.

COCl2(g) CO(g) + Cl2(g)

An equilibrium mixture of the three gases in a 1.00 L flask at 600 K contains 0.192 M COCl2, 4.98E-2 M CO and 4.98E-2 M Cl2. What will be the concentrations of the three gases once equilibrium has been reestablished, if 2.93E-2 mol of Cl2(g) is added to the flask?

[COCl2]

=

M

[CO]

=

M

[Cl2]

=

M

1. Dimensions of customer impacting the E-banking adoption
2. 1. Trust and E-banking Adoption – 400 words

please make sure that it's free plagairsm and no grammer mistakes

How would you describe the complexity of the health industry in terms of workforce, environment, and social expectations? How would a health leader successfully navigate this complexity?

A projectile (from the ground) is thrown at a vertical wall that has a height of 15 [m] and is 150 [m] away. If the initial velocity of the projectile is Vo = 50 [m / s], find the shooting angles needed for the projectile to pass 10 [m] above the top of the wall. Calculate the maximum height reached by the projectile in each case.

1. Explain the set-up and outcome of Griffith’s transformation experiment ?
2. Describe the Ames test and how it used to test the mutagenic properties of chemicals    I NEED ANSWERS FOR BOTH QUESTION , THAT IS , ALSO SEPARATE ANSWERS FOR BOTH QUESTIONS 1 AND 2 !!!!

How many integers from 1 to 500 inclusive are

(a) divisible by 6, but are divisible by neither 8 nor 10?

(b) divisible by 6 or 8, but are not divisible by 10?

(c) divisible by 6 and 8, or are not divisible by 10?

PROBLEM 5: Code for the Ages Function Name: goldenAges()

The coding language is Jes Python

Parameters: ● list1: a list containing the names of the TAs ● list2: a list containing the ages of the TAs

Return Value: none

Description: I have to concede defeat. It's pretty hard to be creative and reference memes when working with File I/O, so you guys will get to learn something about us you might not already know: our ages!! For this problem, write a function that takes in two lists and writes to a file called "TAages.txt". The function should match the ages to the correct TA and write sentences which say how old each TA is on separate lines. The TA names should be written to the file in reverse order, and the ages written in the same order as your parameter. Remember to close your file at the end!

Test Cases: >>>goldenAges(["Genevieve","Tanya","Khalil","Ryan","Christina"],[19,21,22,21,19])

Create a new C# project in Visual Studio. The purpose of this application is to allow the user to open a data file of their choice and your program will retrieve the contents and display them in a ListBox on your Form. Your Form will need an ‘Open’ Button to begin the process, as well as an OpenFileDialog control to allow the user to pick a file of their choice. The OpenFileDialog control should start the user in their ‘C:\’ drive, and should be pre-filtered to only show text files (*.txt). You will also need a ListBox to display the file contents, and the usual Reset and Close Buttons. Be sure to test the application with your own text file. The file you generated in Assessment might be a good choice, but realize I will check it with my own file, which might hold more than just a series of numbers. Since you don’t know the contents of the file, or how many lines there are, make sure that your ListBox is wide enough to handle content as wide as 150 characters per line without horizontal scrolling, and that your file-reading code has the appropriate data validation to determine if the user picked a file or not, and to read *all* the contents of the chosen file, no matter how many lines there are, without going over the end of the file.

Let’s compare two monoprotic acids: one strong (nitric, HNO3, pKa = -1.60) and one weak (acetic, CH3COOH, pKa = 4.79).

a. [4 points] Sketch an alpha diagram for each of the acids.

b. [6 points] Use your alpha diagram to predict the percentage of undissociated acid for each at the following pH values: 0.1, 3, 4.3, 6, and 13. After estimating the fractions with your diagram, check your values by calculating the exact value.

c. [4 points] Explain the difference in pKa values (and the percentage dissociated in parts a and b) for nitric acid and acetic acid. In your explanation, include and underline the following terms: pH, H+ concentration, strong/weak acid, and Le Chatelier’s Principle.

Butane liquid and vapor coexist at 370.0K and 14.35 bar. The densities of the liquid and vapor phases are 8.128 mol-L^-1 and 0.6313 mol-L^-1, respectively. Use the van der Waals equation, the Redlich-Kwong equation, and the Peng-Robinson equation to calculate these densities. Take alpha = 16.44 bar-L^2-mol^-2 and beta = 0.07245 L-mol^-1 for the Peng-Robinson equation.

(Chapter 16, problem 24 in the Physical Chemistry, a molecular approach book)

My question about the Allowance Method is why do you still estimate a total of the allowance of doubtful accounts when you are going to figure out who will not pay at the end anyway?