investor has $60,000 to invest in a $280,000 property. He can obtain either (option A) a $220,000 loan at 9.5 percent for 20 years; or (option B) a $180,000 loan at 8.8 percent for 20 years and a second mortgage for $40,000 at 13 percent for 20 years. All loans require monthly payments and are fully amortizing. Refer to the same question, what is the effective cost % for option B if the second mortgage in option B had a 10- year term instead? Note that the first option in option B still had 20-year term. 7.54% 10.00% 8.30% 9.05%
investor has $60,000 to invest in a $280,000 property. He can obtain either (option A) a $220,000 loan at 9.5 percent for 20 years; or (option B) a $180,000 loan at 8.8 percent for 20 years and a second mortgage for $40,000 at 13 percent for 20 years. All loans require monthly payments and are fully amortizing. Refer to the same question, what is the effective cost % for option B if the second mortgage in option B had a 10- year term instead? Note that the first option in option B still had 20-year term. 7.54% 10.00% 8.30% 9.05%
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:investor has $60,000 to invest in a
$280,000 property. He can obtain
either (option A) a $220,000 loan at 9.5
percent for 20 years; or (option B) a
$180,000 loan at 8.8 percent for 20
years and a second mortgage for
$40,000 at 13 percent for 20 years. All
loans require monthly payments and
are fully amortizing.
Refer to the same question, what is the
effective cost % for option B if the
second mortgage in option B had a 10-
year term instead? Note that the first
option in option B still had 20-year
term.
7.54%
10.00%
8.30%
9.05%
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