2. Shown below is activity for one of the products of Innodine: January 1 balance. 240 units at $54 for a total of $13.200 Purchases January 10-210 units at $45 January 20-420 units at $52 Sales: January 12-375 units January 28-435 units a. Compute the ending inventory and cost of goods sold assuming Innodin b Compute the ending inventory and cost of goods sold assuming Innodin c. Compute the ending inventory and cost of goods sold assuming Innod d. Compute the ending inventory and cost of goods sold assuming Innod e. Compute the ending inventory and cost of goods sold assuming Inno and a perpetual inventory system. cost and a perpetual inventory system and a periodic inventory system cost and a periodic inventory system. rt B: Ten questions worth 6 points each. Show all work. 2. Shown below is activity for one of the products of Innodine: January 1 balance. 240 units at $54 for a total of $13.200 Purchases January 10-210 units at $45 January 20-420 units at $52 Sales: January 12-375 units January 28-435 units a. Compute the ending inventory and cost of goods sold assuming Innodin b Compute the ending inventory and cost of goods sold assuming Innodin c. Compute the ending inventory and cost of goods sold assuming Innod d. Compute the ending inventory and cost of goods sold assuming Innod e. Compute the ending inventory and cost of goods sold assuming Inno and a perpetual inventory system. cost and a perpetual inventory system and a periodic inventory system cost and a periodic inventory system. rt B: Ten questions worth 6 points each. Show all work