Instruction: Compute what is asked based on the given. (2 pts. each) 1. Solve for PROFIT (p) Quantity sold: 400,000 Variable cost: Php 10.00 Fixed cost: Php 550,000 Price: Php 25.00 2. How much will be the new profit if there is fixed cost reduction? 3. How many percent will be the improvement? Quantity sold: 400,000 Variable cost: Php 10.00 Fixed cost: Php 525,000 Price: Php 25.00 4. How much will be the new profit if there is variable cost reduction? 5. How many percent will be the improvement? Quantity sold: 400,000 Variable cost: Php 7.00 Fixed cost: Php 525,000 Price: Php 25.00 6. How much will be the new profit if quantity sold increases? 7. How many percent will be the improvement? Quantity sold: 430,000 Variable cost: Php 7.00 Fixed cost: Php 525,000 Price: Php 25.00 4. How much will be the new profit if there is variable cost reduction? 5. How many percent will be the improvement? Quantity sold: 400,000 Variable cost: Php 7.00 Fixed cost: Php 525,000 Price: Php 25.00 6. How much will be the new profit if quantity sold increases? 7. How many percent will be the improvement? Quantity sold: 430,000 Variable cost: Php 7.00 Fixed cost: Php 525,000 Price: Php 25.00 8. How much will be the new profit if price increases? 9. How many percent will be the improvement? Quantity sold: 430,000 Variable cost: Php 7.00 Fixed cost: Php 525,000 Price: Php 30.00 10. Implanting a stent is a roughly Php 850,000 operation, of which the standard stent is only a Php 65,000 component. - Operation cost = Php 785,000 - Standard Stent Cost = Php 65,000 - Assume the procedure must be repeated 25% of the time due to restenosis - Solve for total expected cost 11. Consider the scenario in number 10. Solve for the exchange value of the Drug Eluting Stent if it reduces restenosis to 10%. 12. How much will be the differential value