Chapter 4
Fundamentals of Mathematics · 607 exercises
Problem 58
Reduce, if possible, each fraction. $$\frac{182}{580}$$
3 step solution
Problem 58
For the following problems, find each value. $$\frac{16}{3} \div 6 \frac{2}{5}$$
4 step solution
Problem 58
For the following problems, find the products. Be sure to reduce. $$\frac{5}{6} \cdot \frac{14}{15}$$
4 step solution
Problem 58
For the following problems, determine the missing numerator or denominator. $$\frac{19}{20}=\frac{1045}{?}$$
6 step solution
Problem 58
For the following 8 problems, use a calculator to convert each mixed number to its corresponding improper fraction. $$35 \frac{11}{12}$$
4 step solution
Problem 58
State the numerator and denominator and write in words each of the fractions appearing in the statements for the following 10 problems. The fraction \(\frac{4}{3}\) is used in finding the volume of a sphere.
6 step solution
Problem 59
Reduce, if possible, each fraction. $$\frac{325}{810}$$
4 step solution
Problem 59
For the following problems, find each value. $$4 \frac{3}{25} \div 2 \frac{56}{75}$$
5 step solution
Problem 59
For the following problems, find the products. Be sure to reduce. $$\frac{4}{7} \cdot \frac{7}{4}$$
5 step solution
Problem 59
For the following problems, determine the missing numerator or denominator. $$\frac{37}{50}=\frac{1369}{?}$$
5 step solution
Problem 59
For the following 8 problems, use a calculator to convert each mixed number to its corresponding improper fraction. $$27 \frac{5}{61}$$
4 step solution
Problem 59
State the numerator and denominator and write in words each of the fractions appearing in the statements for the following 10 problems. One inch is \(\frac{1}{12}\) of a foot.
4 step solution
Problem 60
Reduce, if possible, each fraction. $$\frac{250}{1000}$$
3 step solution
Problem 60
For the following problems, find each value. $$ \frac{1}{1000} \div \frac{1}{100} $$
6 step solution
Problem 60
For the following problems, find the products. Be sure to reduce. $$\frac{3}{11} \cdot \frac{11}{3}$$
5 step solution
Problem 60
For the following problems, reduce, if possible, each of the fractions to lowest terms. $$\frac{6}{8}$$
3 step solution
Problem 60
For the following 8 problems, use a calculator to convert each mixed number to its corresponding improper fraction. $$83 \frac{40}{41}$$
5 step solution
Problem 60
State the numerator and denominator and write in words each of the fractions appearing in the statements for the following 10 problems. About \(\frac{2}{7}\) of the students in a college statistics class received a "B" in the course.
3 step solution
Problem 61
For problems 61-72, determine the missing numerator or denominator. $$\frac{3}{7}=\frac{?}{35}$$
4 step solution
Problem 61
For the following problems, find each value. $$\frac{3}{8} \div \frac{9}{16} \cdot \frac{6}{5}$$
5 step solution
Problem 61
For the following problems, find the products. Be sure to reduce. $$\frac{9}{16} \cdot \frac{20}{27}$$
6 step solution
Problem 61
For the following problems, reduce, if possible, each of the fractions to lowest terms. $$\frac{8}{10}$$
3 step solution
Problem 61
For the following 8 problems, use a calculator to convert each mixed number to its corresponding improper fraction. $$105 \frac{21}{23}$$
5 step solution
Problem 61
State the numerator and denominator and write in words each of the fractions appearing in the statements for the following 10 problems. The probability of randomly selecting a club when drawing one card from a standard deck of 52 cards is \(\frac{13}{52}\).
3 step solution
Problem 62
Determine the missing numerator or denominator. $$\frac{4}{11}=\frac{?}{99}$$
5 step solution
Problem 62
For the following problems, find each value. $$\frac{3}{16} \cdot \frac{9}{8} \cdot \frac{6}{5}$$
5 step solution
Problem 62
For the following problems, find the products. Be sure to reduce. $$\frac{35}{36} \cdot \frac{48}{55}$$
6 step solution
Problem 62
For the following problems, reduce, if possible, each of the fractions to lowest terms. $$\frac{5}{10}$$
4 step solution
Problem 62
For the following 8 problems, use a calculator to convert each mixed number to its corresponding improper fraction. $$72 \frac{605}{666}$$
7 step solution
Problem 62
State the numerator and denominator and write in words each of the fractions appearing in the statements for the following 10 problems. In a box that contains eight computer chips, five are known to be good and three are known to be defective. If three chips are selected at random, the probability that all three are defective is \(\frac{1}{56}\).
5 step solution
Problem 63
Determine the missing numerator or denominator. $$ \frac{1}{12}=\frac{?}{72} $$
4 step solution
Problem 63
For the following problems, find each value. $$\frac{4}{15} \div \frac{2}{25} \cdot \frac{9}{10}$$
4 step solution
Problem 63
For the following problems, find the products. Be sure to reduce. $$\frac{21}{25} \cdot \frac{15}{14}$$
6 step solution
Problem 63
For the following problems, reduce, if possible, each of the fractions to lowest terms. $$\frac{6}{14}$$
3 step solution
Problem 63
For the following 8 problems, use a calculator to convert each mixed number to its corresponding improper fraction. $$816 \frac{19}{25}$$
4 step solution
Problem 63
State the numerator and denominator and write in words each of the fractions appearing in the statements for the following 10 problems. In a room of 25 people, the probability that at least two people have the same birthdate (date and month, not year) is \(\frac{569}{1000}\).
3 step solution
Problem 64
Determine the missing numerator or denominator. $$\frac{5}{8}=\frac{25}{?}$$
4 step solution
Problem 64
For the following problems, find each value. $$\frac{21}{30} \cdot 1 \frac{1}{4} \div \frac{9}{10}$$
6 step solution
Problem 64
For the following problems, find the products. Be sure to reduce. $$\frac{76}{99} \cdot \frac{66}{38}$$
6 step solution
Problem 64
For the following problems, reduce, if possible, each of the fractions to lowest terms. $$\frac{3}{12}$$
3 step solution
Problem 64
For the following 8 problems, use a calculator to convert each mixed number to its corresponding improper fraction. $$708 \frac{42}{51}$$
7 step solution
Problem 64
State the numerator and denominator and write in words each of the fractions appearing in the statements for the following 10 problems. The mean (average) of the numbers \(21,25,43,\) and 36 is \(\frac{125}{4}\).
4 step solution
Problem 65
Determine the missing numerator or denominator. $$\frac{11}{9}=\frac{33}{?}$$
4 step solution
Problem 65
For the following problems, find each value. $$8 \frac{1}{3} \cdot \frac{36}{75} \div 4$$
5 step solution
Problem 65
For the following problems, find the products. Be sure to reduce. $$\frac{3}{7} \cdot \frac{14}{18} \cdot \frac{6}{2}$$
4 step solution
Problem 65
For the following problems, reduce, if possible, each of the fractions to lowest terms. $$\frac{4}{14}$$
3 step solution
Problem 65
For the following 8 problems, use a calculator to convert each mixed number to its corresponding improper fraction. $$ 6,012 \frac{4,216}{8,117} $$
5 step solution
Problem 65
State the numerator and denominator and write in words each of the fractions appearing in the statements for the following 10 problems. If a rock falls from a height of 20 meters on Jupiter, the rock will be \(\frac{32}{25}\) meters high after \(\frac{6}{5}\) seconds.
4 step solution
Problem 66
Determine the missing numerator or denominator. $$\frac{4}{15}=\frac{24}{?}$$
4 step solution
Problem 66
(Section 1.2) What is the value of 5 in the number \(504,216 ?\)
3 step solution