Problem 1CP: Checkpoint 1
Find each common logarithm.
(a) log 100
(b) log 1000
(c) log .1
Figure 4.17
Problem 2CP Problem 3CP Problem 4CP Problem 5CP Problem 6CP Problem 7CP Problem 8CP Problem 1E Problem 2E: Complete each statement in Exercises 1–4.
2. The statement tells us that _______ is the power of... Problem 3E: Complete each statement in Exercises 1–4.
3. What is wrong with the expression?
Problem 4E: Complete each statement in Exercises 1–4.
4. Logarithms of negative numbers are not defined because... Problem 5E: Translate each logarithmic statement into an equivalent exponential statement. (See Examples 1, 5,... Problem 6E: Translate each logarithmic statement into an equivalent exponential statement. (See Examples 1, 5,... Problem 7E: Translate each logarithmic statement into an equivalent exponential statement. (See Examples 1, 5,... Problem 8E: Translate each logarithmic statement into an equivalent exponential statement. (See Examples 1, 5,... Problem 9E: Translate each exponential statement. into an equivalent logarithmic statement. (See Examples 5, and... Problem 10E: Translate each exponential statement into an equivalent logarithmic statement. (See Examples 5 and... Problem 11E: Translate each exponential statement into an equivalent logarithmic statement. (See Examples 5 and... Problem 12E: Translate each exponential statement into an equivalent logarithmic statement. (See Examples 5 and... Problem 13E: Without using a calculator, evaluate each of the given expressions. (See Examples 1, 5, and... Problem 14E: Without using a calculator, evaluate each of the given expressions. (See Examples 1, 5, and... Problem 15E: Without using a calculator, evaluate each of the given expressions. (See Examples 1, 5, and... Problem 16E: Without using a calculator, evaluate each of the given expressions. (See Examples 1, 5, and... Problem 17E: Without using a calculator, evaluate each of the given expressions. (See Examples 1, 5, and... Problem 18E: Without using a calculator, evaluate each of the given expressions. (See Examples 1, 5, and... Problem 19E: Without using a calculator, evaluate each of the given expressions. (See Examples 1, 5, and... Problem 20E: Without using a calculator, evaluate each of the given expressions. (See Examples 1, 5, and... Problem 21E: Without using a calculator, evaluate each of the given expressions. (See Examples 1, 5, and... Problem 22E: Without using a calculator, evaluate each of the given expressions. (See Examples 1, 5, and... Problem 23E: Without using a calculator, evaluate each of the given expressions. (See Examples1, 5, and... Problem 24E: Without using a calculator, evaluate each of the given expressions. (See Examples 1, 5, and... Problem 25E: Use a calculator to evaluate each logarithm to three decimal places. (See Examples 3 and 4.)
25.
Problem 26E: Use a calculator to evaluate each logarithm to three decimal places. (See Examples 3 and 4.)
26.
Problem 27E: Use a calculator to evaluate each logarithm to three decimal places. (See Examples 3 and 4.)
27. ln... Problem 28E: Use a calculator to evaluate each logarithm to three decimal places. (See Examples 3 and 4.)
28. ln... Problem 29E: 29. Why does 1 always equal 0 for any valid base a?
Problem 30E Problem 31E: Write each expression as the logarithm of a single number or expression. Assume that all variables... Problem 32E Problem 33E Problem 34E: Write each expression as the logarithm of a single number or expression. Assume that all variables... Problem 35E: Write each expression as the logarithm of a single number or expression. Assume that all variables... Problem 36E: Write each expression as the logarithm of a single number or expression. Assume that all variables... Problem 37E: Write each expression as the logarithm of a single number or expression. Assume that all variables... Problem 38E: Write each expression as a sum and/or a difference of logarithms, with all variables to the first... Problem 39E: Write each expression as a sum and/or a difference of logarithms, with all variables to the first... Problem 40E: Write each expression as a sum and/or a difference of logarithms, with all variables to the first... Problem 41E: Write each expression as a sum and/or a difference of logarithms, with all variables to the first... Problem 42E: Write each expression as a sum and/or a difference of logarithms, with all variables to the first... Problem 43E: Express each expression in terms of u and v, where u = ln x and v = ln y. For example, ln .
43. ln
Problem 44E: Express each expression in terms of u and v, where u = ln x and v = ln y. For example, ln
44.
Problem 45E: Express each expression in terms of u and v, where u = ln x and v = ln y. For example, ln .
45.
Problem 46E: Express each expression in terms of u and v, where u = ln x and v = ln y. For example, ln .
46. ln
Problem 47E: Evaluate each expression. (See Example 9.)
Example 9 To find log7 3, use the theorem with a = 7 and... Problem 48E: Evaluate each expression. (See Example 9.)
Example 9 To find log7 3, use the theorem with a = 7 and... Problem 49E: Evaluate each expression. (See Example 9.)
Example 9 To find log7 3, use the theorem with a = 7 and... Problem 50E Problem 51E Problem 52E Problem 53E Problem 54E Problem 55E Problem 56E Problem 57E Problem 58E Problem 59E Problem 60E Problem 61E Problem 62E: 62. Health Two people with flu visited a college campus. The number of days, T, that it took for the... Problem 63E: Health Insurance Costs The average annual cost (in dollars) for health insurance in the United... Problem 64E Problem 65E: Dairy Expenditures The average annual expenditures for the U.S. consumer on diary products can be... Problem 66E: Credit Union Assets The total assets (in billions of dollars) held by U.S. credit unions can be... Problem 67E: Border Patrol Budget The amount (in billions) that the United States spend or border patrol can be... Problem 68E: Opioid Deaths The number of deaths from opioids in the United States can be approximated by the... Problem 69E: 69. Apple iPhone Sales The worldwide number (in millions) of iPhones sold can be approximated by the... Problem 70E format_list_bulleted