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| Ans to 1 | A=P*(1+i)^n | ||||
| A= | Future Value | ||||
| P= | 1000 | ||||
| i= | 3%= | 0.03 | |||
| n= | no of years= | 50 months= | 50/12 years | ||
| A= | 1000*(1+.03)^(50/12) | ||||
| A= | 1000*(1.03)^(50/12) | ||||
| Future Value | 1,131.07 | ||||
| Ans to 2 | A=P*(1+i)^n | ||||
| A= | Future Value | 1,000,000.00 | |||
| P= | Present Value | ||||
| i= | 3%= | 0.03 | |||
| n= | no of years= | 50 | |||
| 1000000= | P*(1+.03)^50 | ||||
| P= | 1000000 | ||||
| (1+.03)^50 | |||||
| P= | 1000000 | ||||
| 4.38 | |||||
| Present Value | 228,107.08 | ||||
| Ans to 3 | P*(1-(1/(1+r)^n) | ||||
| r | |||||
| P | Monthly Payment | 10,000.00 | |||
| i | Interest rate | 2% | |||
| r | rate per period | 2/12% | 0.001667 | ||
| n | number of periods | 2 years | 24 months | ||
| Present Value | 10000*(1-(1/(1+.001667)^24) | ||||
| 0.001667 | |||||
| Present Value | 10000*(1-(1/(1.001667)^24) | ||||
| 0.001667 | |||||
| Present Value | 10000*(1-0.960813756709294) | ||||
| 0.001667 | |||||
| Present Value | 10000*0.039186243290706 | ||||
| 0.001667 | |||||
| Present Value | 391.8624329 | ||||
| 0.001667 | |||||
| Present Value | 235,117.46 | ||||
| Ans to 4 | A=P*((1+i)^n-1) | ||||
| r | |||||
| A= | Future Value | ||||
| P= | 5,000.00 | ||||
| i= | 2.5%= | 0.025 | |||
| n= | no of years= | 50 | |||
| A= | 5000*((1+.025)^50-1) | ||||
| 0.025 | |||||
| A= | 5000*(3.43710871970354-1) | ||||
| 0.025 | |||||
| A= | 5000*2.43710871970354 | ||||
| 0.025 | |||||
| A= | 12185.5436 | ||||
| 0.025 | |||||
| Future Value | 487,421.74 | ||||
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