Graded Discussion #3- Problem Scenario (INDIVIDUAL) This assignment is centred on the topics C-V-P Analysis. This is an individual assessment, and you are required to apply the concepts learnt is solving the problem given. The assessment seeks to examine the following selected course objectives: Course Objectives: 1) Apply the concepts of cost classification to determine whether a cost is fixed, variable or mixed. 2) Explain the differences between the high-low method and scattergram method used in separating mixed costs into their fixed and variable components. 3) Compute variable production cost per unit, total production cost per unit, total fixed production cost and total fixed costs. 4) Determine the normal capacity of an entity, given unit selling price, the components of total variable cost per unit, total fixed costs and operating income. 5) Use selling price per unit, total fixed cost, and total variable cost per unit to compute the breakeven point and margin of safety ratio. 6) Prepare a contribution margin income statement, clearly showing contribution 7) Calculate the sales quantity necessary to achieve a specific target operating income 8) With the aid of supporting computations, analyze and explain the impact which changes in sales volume, variable costs per unit and total fixed costs will have on the break-even point and the contribution margin ratio. This submission will account for 10% of your overall mark. You are required show ALL supporting workings where necessary and state any assumption(s) made. Graded Discussion #3 _C-V-P Analysis Greek Manufacturing Company produces and sells a line of product that are sold usually all year round. The company has a maximum production capacity of 100,000 units per year. Operating at normal capacity, the business earned Operating Income of $600,000 in 2020. The following cost data has been prepared for the year ended December 31, 2020. Selling price per unit $50.00 Production Costs: Direct Materials . $10.00 Direct Labour . $8.00 Variable Manufacturing Overhead . $7.00 Fixed Manufacturing Overhead....................... $450,000 Fixed Selling & Administrative Expenses $300,000 Variable selling expense per unit . $10.00 Required: a) Using the equation method, calculate the normal capacity of the business. (2 marks) b) Calculate: i) the variable production cost per unit ii) the total production cost per unit iii) The total variable cost per unit iv) Total Fixed Costs (2 marks) c) Calculate Greeks break-even point in units and in sales dollars. (2 marks) d) Assuming sales equal to the normal capacity calculated in a) above, prepare a contribution margin income statement for the year ended December 31, 2020, detailing the components of total variable costs and total fixed costs, and clearly showing contribution and net income. (4 marks) e) The recession in the economy in 2021 is expected to result in a reduction of the number of units sold. Assuming that Greek is operating at normal capacity, by how much can sales decline in units and sales dollars in 2021 without the company making a loss? (1 marks) f) The President of Greek Manufacturing is under pressure from shareholders to increase operating income by 30% in 2021. Management expects per unit data and total fixed costs to remain the same in 2021. Using the equation method, compute the number of units that would have to be sold in 2021 to reach the shareholders desired profit level. Is this a realistic goal? (3 marks) g) Greeks management team is concerned about the selling expenses associated with the product and wants to reduce the variable selling expense per unit by 30%, which will see a simultaneous reduction in the total fixed selling expenses by $30,000. If they are able to accomplish this feat, it is expected that sales volume for the year will fall by 16% below normal capacity. What must the new selling price per unit be if the company wishes to meet the shareholders profit objective for 2021? How will these changes impact the percentage margin of safety? (7 marks) h) What are the advantages and disadvantages of the scattergram method as compared to the high-low method?