Following numbers are presented in one of three basic numerical types (fraction, decimal, and percent): 0.33 75% 150% -1.11 0.3 100% 1000% 0.01% For each number, find two other types (present in simplest form). 3/4 118
Following numbers are presented in one of three basic numerical types (fraction, decimal, and percent): 0.33 75% 150% -1.11 0.3 100% 1000% 0.01% For each number, find two other types (present in simplest form). 3/4 118
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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![**Problem (Part II)**
1. **Topic/Model:** Percent.
- **Problem:** Following numbers are presented in one of three basic numerical types (fraction, decimal, and percent):
- 0.33, 75%, 150%, \(\frac{1}{8}\), -1.11, 0.3, 100%, 1000%, 0.01%, \(\frac{3}{4}\)
- **Task:** For each number, find two other types (present in simplest form).
- **Note:** Percent-to-decimal or decimal-to-percent transformations may occur by moving a decimal point (a certain amount of times).
- **Extra:** Write ten reciprocals of powers of 2 (starting from ½) as fractions and change/convert each of them to decimal and percent.
2. **Topic/Model:** Interest.
- **Problem:** Consider the simple interest, find how many years it will take to get total $210 if the principal is $100 and an interest rate is 10%.
- **Note:** Use the Interest (simple) and/or Mature Value (Ending Balance) formulas.
- **Extra:** For the same data; apply compound interest. Compare.
3. **Topic/Model:** Homeownership.
- **Problem:** Find the monthly payment for a 178,500.00 home with 25% down payment. The terms of the mortgage are 10.5% for 20 years.
- **Note:** Find the down payment and use a ‘Monthly Payment of Mortgage’ table.
- **Extra:** Find the monthly payment for that home for each combination of terms: 9.5% & 10.5%; 20 & 25 years, and 20% & 25% down payment. Compare them.
4. **Topic/Model:** Probability.
- **Problem:** If a die (a fair die — a cube) is rolled one time, find the probability of getting:
- a 4 or 6; an odd #; a # greater than 2; a # less than 4 and odd; a # divisible by 3.
- **Note:** Use the formula for classical (theoretical) probability.
- **Extra:** A couple has four children. Find the probability that two of them are girls.
5. **Topic/Model:** Measures of average (](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5f86aa8d-c674-4fd0-8710-3811fc768ae9%2F67ff4f5c-aea5-4d80-8411-38f0b41da2a5%2F9w0pexe.jpeg&w=3840&q=75)
Transcribed Image Text:**Problem (Part II)**
1. **Topic/Model:** Percent.
- **Problem:** Following numbers are presented in one of three basic numerical types (fraction, decimal, and percent):
- 0.33, 75%, 150%, \(\frac{1}{8}\), -1.11, 0.3, 100%, 1000%, 0.01%, \(\frac{3}{4}\)
- **Task:** For each number, find two other types (present in simplest form).
- **Note:** Percent-to-decimal or decimal-to-percent transformations may occur by moving a decimal point (a certain amount of times).
- **Extra:** Write ten reciprocals of powers of 2 (starting from ½) as fractions and change/convert each of them to decimal and percent.
2. **Topic/Model:** Interest.
- **Problem:** Consider the simple interest, find how many years it will take to get total $210 if the principal is $100 and an interest rate is 10%.
- **Note:** Use the Interest (simple) and/or Mature Value (Ending Balance) formulas.
- **Extra:** For the same data; apply compound interest. Compare.
3. **Topic/Model:** Homeownership.
- **Problem:** Find the monthly payment for a 178,500.00 home with 25% down payment. The terms of the mortgage are 10.5% for 20 years.
- **Note:** Find the down payment and use a ‘Monthly Payment of Mortgage’ table.
- **Extra:** Find the monthly payment for that home for each combination of terms: 9.5% & 10.5%; 20 & 25 years, and 20% & 25% down payment. Compare them.
4. **Topic/Model:** Probability.
- **Problem:** If a die (a fair die — a cube) is rolled one time, find the probability of getting:
- a 4 or 6; an odd #; a # greater than 2; a # less than 4 and odd; a # divisible by 3.
- **Note:** Use the formula for classical (theoretical) probability.
- **Extra:** A couple has four children. Find the probability that two of them are girls.
5. **Topic/Model:** Measures of average (
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