The Distance Plus partnership has the following capital balances at the beginning of the current year:

Each of the following questions should be viewed independently.

1. If Sergio invests $60,000 in cash in the business for a 20 percent interest, what journal entry is recorded? Assume that the bonus method is used.

2. If Sergio invests $40,000 in cash in the business for a 20 percent interest, what journal entry is recorded? Assume that the bonus method is used.

3. If Sergio invests $50,000 in cash in the business for a 20 percent interest, what journal entry is recorded? Assume that the goodwill method is used.

Note: there is one JE for A to record the admission of new partner under bonus method, one JE for B, to record the admission of new partner under bonus method, and 2 JE's for C, the first to record the entry for goodwill allocation, during the admission of a new partner and the second to record the investment made by the new partner in the business.

1 A buffer is prepared by mixing 50.0 mL of 0.100 M acetic acid with 30.0 mL of 0.100 M sodium hydroxide and 20.0 mL of distilled water. Estimate the concentration of acetic acid in the resulting buffer. Report your answer in moles/liter, but do not include units with your answer. 2 Determine the concentration of acetate ions in the buffer solution. Report your answer in moles per liter, but do not include units in your answer. 3 Estimate the pH of the buffer solution using the Henderson-Hasselbalch equation. 4 Using the Henderson-Hasselbalch equation, estimate the pH of the buffer if an additional 10.0 mL of 0.100 M sodium hydroxide is added. 5 Estimate the pH of the original buffer if 10.0 mL of 0.100 M hydrochloric acid is added.

Discuss property the importance of earnings management, and the role that ethics plays in its reporting. What policies and internal procedures would you consider being the minimum necessary to instill confidence in earnings reports? How and why would you supplement those?

Using c++

Im trying to figure out a good user validation for this loop. So that if a valid number is not input, it gives an error message. I have the error message printing but its creates an infinite loop. Need some help.

double get_fahrenheit(double c){

    double f;

    f = (c * 9.0) / 5.0 + 32;

    return f;  

}

#include "question2.h"

#include<iostream>

#include<string>

using std::cout; using std::cin; using std::string;

int main()

{

    double c;

    double f;

    double user_exit = 444;

    do{

        cout<<"Enter Celsius (Enter 444 to exit)\n";

        cin>>c;

        if(cin.good()){

             f = get_fahrenheit(c);

             cout<<c<<" degrees celsius is "<<f<<" degrees fahrenheit. \n\n";

            break;

        }else {

            cout<<"Invalid Input! Please input a numerical value. \n";

            cin.clear();

        }

    }while(c != user_exit);

    cout<<"Goodbye!";

    return 0;

}

Calculate the change in pH when 9.00 mL of 0.100 M HCl(aq) is added to a 100.0 mL of a buffer solution that is 0.100 M in NH3(aq) and 0.100 M in NH4Cl(aq). Calculate the change in pH when 9.00 mL of 0.100 M NaOH(aq) is added to the original buffer system.

The market demand curve for a pair of duopolists is given as P=50- 2Q where Q= Q₁+ Q_2. The constant per unit marginal cost is 7 for firm 1 and 5 for firm 2. Both firms also have no fixed costs. Find the equilibrium price, quantity and profit for each firm if firm 1 is the Stackelberg leader and firm 2 a follower. Now re-do the computations assuming that firm 2 is the leader and firm 1 the follower.

(a) Firm 1 is leader

Equilibrium Price:

Equilibrium Quantity for Firm 1:

Equilibrium Quantity for Firm 2:

Profit for firm 1:

Profit for firm 2:

(b) Firm 2 is leader       

Equilibrium Price:

Equilibrium Quantity for Firm 1:

Equilibrium Quantity for Firm 2:

Profit for firm 1:

Profit for firm 2:

Can somebody explain me what this code does in a few or one sentence?

#include <iostream>
#include <vector>
using namespace std;

int main () {
   const int NUM_ELEMENTS = 8;
   vector<int> numbers(NUM_ELEMENTS);
   int i = 0;
   int tmpValue = 0;

   cout << "Enter " << NUM_ELEMENTS << " integer values..." << endl;
   for (i = 0; i < NUM_ELEMENTS; ++i) {
       cout << "Enter Value#" << i+1 << ": ";
       cin >> numbers.at(i);
   }
   for (i = 0; i < (NUM_ELEMENTS /2); ++i) {
       tmpValue = numbers.at(i);
       numbers.at(i) = numbers.at(NUM_ELEMENTS - 1 - i);
       numbers.at(NUM_ELEMENTS - 1 - i) = tmpValue;
   }
   system ("pause");
   return 0;
}

Consider a population proportion p = 0.20. [You may find it useful to reference the z table.]

a. Calculate the standard error for the sampling distribution of the sample proportion when n = 20 and n = 58? (Round your final answer to 4 decimal places.)

20=0.0894

58= 0.0525

b. Is the sampling distribution of the sample proportion approximately normal with n = 20 and n = 58?

c. Calculate the probability that the sample proportion is between 0.18 and 0.20 for n = 58. (Round "z-value" to 2 decimal places and final answers to 4 decimal places.)

3.     Calculate a numerical value for net filtration pressure in the glomerulus under each of the following conditions. Don’t forget to include units with each answer.

        a. At the afferent end of the glomerular capillaries: glomerular capillary blood (hydrostatic or hydraulic) pressure is 60 mm Hg; hydrostatic (hydraulic) pressure in Bowman’s capsule is 15 mm Hg; oncotic pressure in the glomerular capillaries at the afferent end is 21 mm Hg; and oncotic pressure in Bowman’s capsule is 0 mm Hg. Please show your work.

        b. Does your answer to the above question indicate that filtration or reabsorption is occurring across the glomerular capillaries at their afferent end?

        c. At the efferent end of the glomerular capillaries: glomerular capillary blood (hydrostatic or hydraulic) pressure is 58 mm Hg; hydrostatic (hydraulic) pressure in Bowman’s capsule is 15 mm Hg; oncotic pressure in the glomerular capillaries at the efferent end is 33 mm Hg; and oncotic pressure in Bowman’s capsule is 0 mm Hg. Please show your work.

        d. Does answer to the above question indicate that filtration or reabsorption is occurring across the glomerular capillaries at their efferent end?

        e. What is the average net filtration pressure across the glomerular capillaries in the above 2 problems? Show your work and include units.

        f. Explaining why oncotic pressure in the glomerular capillaries is greater at the efferent end than at the afferent end.

1. Summarize the events in each phase of mitosis.

2. Compare cytokinesis in a plant cell and an animal cell.

In the drawing, the rope and the pulleys are massless, and there is no friction. The larger block has a mass of 10.03kg and the smaller block has a mass of 3.85kg.

Hyrdrofluoric acid (Ka = 7.2 x 10^-4), is used in a wide range of commercial processes. HF is used for glass etching and the synthesis of pharmaceutical drugs and compounds such as teflon. One issue with HF is its corrosive nature, "Aqueous hydrofluoric acid is a contact-poison with the potential for deep, initially painless burns and ensuing tissue death." (from Wikepedia page on hydrofluoric acid).

The flouride ion is often used in dental procedures, as the F- can react with tooth enamel to form highly stable mineral fluorohydroxyapatite (which is less likely to break down in the mouth than "normal" enamel). One common form of F^- delivery is fluoride varnish, which has a F^- concentration of around 1.778 M.

Given what you know of the acid base chemistry of HF, what is the concentration of HF in an aqueous solution with a pH of 5.85?

1. Define polymer.  Nucleotides are polymerized to form _______ and ________ while amino acids are polymerized to form ________.
2. Metabolic energy is derived from the breakdown of _________ to form _______which can be used to build _______.  Define metabolism and compare and contrast (similarities and differences) catabolism with anabolism.  Lastly, why are viruses not considered to be alive?
3. Draw a graph of a chemical reaction plotting Energy level on the Y axis and the reaction progress on the X access.  Show the energy level in the reactant as the reaction progresses to becoming the product.  Show two lines.  One reaction without an enzyme and one reaction with an enzyme.