4, y to Print Using the problem in example 9, construct an amortization schedule by filling up the table below, Show vour solutions for column B by using formula: I = the Prt. Period Periodic Interest...


Using the problem in example 9, construct an amortization schedule by filling up the table below. Show your solutions for column B by using the formula: I = Prt.


4,<br>y to Print<br>Using the problem in example 9, construct an amortization schedule<br>by filling up the table below, Show vour solutions for column B by using<br>formula: I =<br>the<br>Prt.<br>Period<br>Periodic<br>Interest at<br>Outstanding<br>Amount repaid<br>to the Principal<br>Payment at<br>10% due at<br>Principal at<br>the end of<br>the end of<br>at the end of<br>the end of<br>every 6<br>every 6<br>months<br>every 6<br>every 6 months<br>months<br>A.<br>D.<br>0.<br>1<br>2.<br>3<br>5.<br>6.<br>Total<br>bas ass<br>on pous ge<br>What's More<br>PRESENT VALUE METHOD<br>One useful application of the time value of money is using the Net Prese<br>Method to determine whether a project should be accepted or rejected by<br>any. The basic decision rule is to accept the project if the net present value<br>in negative, The basic formula is:<br>

Extracted text: 4, y to Print Using the problem in example 9, construct an amortization schedule by filling up the table below, Show vour solutions for column B by using formula: I = the Prt. Period Periodic Interest at Outstanding Amount repaid to the Principal Payment at 10% due at Principal at the end of the end of at the end of the end of every 6 every 6 months every 6 every 6 months months A. D. 0. 1 2. 3 5. 6. Total bas ass on pous ge What's More PRESENT VALUE METHOD One useful application of the time value of money is using the Net Prese Method to determine whether a project should be accepted or rejected by any. The basic decision rule is to accept the project if the net present value in negative, The basic formula is:
Amortization Table for P 3-million Loan<br>Date<br>Dec. 31, 2015<br>Payments<br>June 30, 2016<br>Interest<br>Dec. 31, 2016<br>Principal<br>Payment<br>June 30, 2017<br>Principal<br>Dec. 31, 2017<br>000 0<br>Balance<br>June 30, 2018<br>000 0,<br>125 000<br>00 0 009<br>000 00<br>000 000<br>Interest = 3 000 000 x 10%x (6 /12)<br>000 00<br>000 00<br>000 0<br>000 0 0<br>00000<br>0000 0<br>000 0001<br>000 00<br>To compute for the equal regular payment, use the formula in<br>that is<br>000 00<br>000 00<br>000 00<br>000 00<br>000 0000<br>00 0 00<br>00000<br>%3D<br>Example 9: You borrowed P 50 000 from a bank to buy a mobile phone. Assumi<br>%3=<br>PVIFA 0<br>for 3 years at 10% interest compounded semi-annually. What is vour<br>%D<br>periodic payment?<br>(Equation 4.10)<br>Solution:<br>Given: PV = P 50 000, i = 0.10/2, n = 2 x 3 = 6<br>%3D<br>R =<br>to 0i00<br>= P 9 850.86<br>5.0757*<br>%3D<br>%3D<br>mo.<br>* Refer to the table at the end of this module for PVIF of ordinary annuity.<br>BA<br>

Extracted text: Amortization Table for P 3-million Loan Date Dec. 31, 2015 Payments June 30, 2016 Interest Dec. 31, 2016 Principal Payment June 30, 2017 Principal Dec. 31, 2017 000 0 Balance June 30, 2018 000 0, 125 000 00 0 009 000 00 000 000 Interest = 3 000 000 x 10%x (6 /12) 000 00 000 00 000 0 000 0 0 00000 0000 0 000 0001 000 00 To compute for the equal regular payment, use the formula in that is 000 00 000 00 000 00 000 00 000 0000 00 0 00 00000 %3D Example 9: You borrowed P 50 000 from a bank to buy a mobile phone. Assumi %3= PVIFA 0 for 3 years at 10% interest compounded semi-annually. What is vour %D periodic payment? (Equation 4.10) Solution: Given: PV = P 50 000, i = 0.10/2, n = 2 x 3 = 6 %3D R = to 0i00 = P 9 850.86 5.0757* %3D %3D mo. * Refer to the table at the end of this module for PVIF of ordinary annuity. BA
Jun 05, 2022
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