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ACC 154- Managerial Accounting
Cost-Volume-Profit Analysis Excel Assignment
Introduction:
Congratulations! You have finally been promoted to the position of Division Manager with your long time employer Solar Co., a manufacturer of solar panels. It is now your responsibility to take the lead for corporate planning, analysis and oversight of the company’s soleproduct- solar panels. Much of the company’s future success or failure rides with your insight and leadership.
Your analysis for the coming year is extremely challenging given current economic conditions, random government programs and competition from lower cost non-U.S. manufacturers. You will be required to forecast changes in the company’s fixed and variable costs for 2019 to determine its break even point, and then proceed to completing its Master Budget for 2016 based upon these forecasts.
As a wholly owned subsidiary of a large diversified company, management is under pressure to deliver an increase of 8 % over 2018’s Income Before Taxes.
Situation as of Year-End 2018:
Sales Price: 1 (one) Solar Panel sells for $400.
Sales Volume: 200,000 Solar Panels were sold this past year.
Current capacity: 220,000 units (there is no plan (or budget) to expand operating capacity for 2018)
Fixed Costs:
ManufacturingOverhead:
Facility Rent:$400,000
Management Salaries: $1,200,000
Depreciation, machinery: $40,000
Maintenance and repair: $60,000
Other overhead expenses: $24,000
Selling and Administrative Costs:
Taxes and insurance: $600,000
Sales salaries: $180,000
Variable Costs:
Manufacturing Costs:
Materials: $180 per Solar Panel
Labor:$70 per Solar Panel
Employee Benefits: $20 per Solar Panel
Utilities: $5 per Solar Panel
Selling and Administrative Costs:
Delivery expenses: $60 per Solar Panel
Sales commissions: $15 per Solar Panel
You have pondered the future for Solar Co. and have identified three very possible scenarios in which your company may have to operate:
Scenario 1: The government institutes a program to support wind power that makes wind power relatively less expensive than other sources of energy.
Scenario 2: One of raw materials used to make a solar panel increases dramatically forcing Solar Co. to increase their selling price per unit.
Scenario 3: The “go green” mantra catches on (supported by government consumer tax credits) increasing demand for the company’s solar panels.
REQUIRED: Cost-Volume-Profit Analysis Current vs
Projected
1. 2018 CVP:Using the Excel spreadsheet file perform the following calculations using the information as of the end of 2018:
(8 Points)
2. Projected 2019 CVP:Selectone
of the three scenarios on the previous page and then provide the
following projected calculations for 2019:
(8 Points)
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Cortez Company is planning to introduce a new product that will sell for $107 per unit. The following manufacturing cost estimates have been made on 20,000 units to be produced the first year: Direct materials $ 800,000 Direct labor 640,000 (= $16 per hour × 40,000 hours) Manufacturing overhead costs have not yet been estimated for the new product, but monthly data on total production and overhead costs for the past 24 months have been analyzed using simple linear regression. The following results were derived from the simple regression and provide the basis for overhead cost estimates for the new product. Simple Regression Analysis Results Dependent variable—Factory overhead costs Independent variable—Direct labor-hours Computed values Intercept $ 110,000 Coefficient on independent variable $ 5.00 Coefficient of correlation .916 R2 .839 Required: a. What percentage of the variation in overhead costs is explained by the independent variable? 83.90% 92.30% 100.70% 75.50% None of the above b. What is the total overhead cost for an estimated activity level of 60,000 direct labor-hours? $410,000 $420,000 $400,000 $430,000 None of the above c. How much is the variable manufacturing cost per unit, using the variable overhead estimated by the regression (assuming that direct materials and direct labor are variable costs)? $82.00 $90.00 $98.00 $74.00 None of the above d. What is the expected contribution margin per unit to be earned during the first year on 20,000 units of the new product? (Assume that all marketing and administrative costs are fixed.) $25.00 $28.00 $30.00 $23.00 None of the above e. What is the manufacturing cost equation implied by these results? Total cost = $640,000 + ($5.00 × Number of units) Total cost = $110,000 + ($107.00 × Number of units) Total cost = $110,000 + ($16.00 × Number of units) None of the above Next Visit question mapQuestion 3 of 5 Total3 of 5
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I'm working with using recursion to find the sum and the min of these two arrays respectively. So far what I have gives the correct answers when they run, however when I use a test code on them they fail because they cannot handle out of bounds points, for example if int[] sumMe = { } or if the position is set to the last number "89" in the array. I kinda know what I'm supposed to tell it but not how to properly implement it, if you could help be adjust the code to catch these out of bounds instances I'd very much appreciate it.
I'll put the failed messages for each of these under the test code I put down in case it helps.
public class test {
public static void main(String[] args) {
int[] sumMe = { 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89 };
System.out.printf("Array Sum: %d\n", arraySum(sumMe, 0));
int[] minMe = { 0, 1, 1, 2, 3, 5, 8, -42, 13, 21, 34, 55, 89 };
System.out.printf("Array Min: %d\n", arrayMin(minMe, 0));
}
public static long arraySum(int[] data, int position) {
if (position <= data.length && position >= 0) {
if (data.length - 1 == position) {
return data[position];
}
else {
return data[position] + arraySum(data, position + 1);
}
}
return 0;
}
public static int arrayMin(int[] data, int position) {
int min;
int i;
min = data[position];
for (i = 0; i < data.length; i++) {
if (min > data[i]) {
min = data[i];
arrayMin(data, i++);
}
}
return min;
}
}
Failed test in arrayMin:
java.lang.AssertionError: ArrayMin must be able to
handle position of
Expected :89
Actual :1
Failed test in arraySum:
java.lang.ArrayIndexOutOfBoundsException: Index 0 out of
bounds for length 0
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Please I need more explanation and details for this question.
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