Use a calculator to approximate the natural logarithm to four decimal places. 23) In 10
Use the change of base rule to find the logarithm to four decimal places. (9 is the base of the logarithm) 17) log, 2
Use logb2=0.323, logb3=0.56, and logb5=0.825 to approximate the given logarithm to 3 decimal places. Assume that b is greater than 0 and b does not equal 1. logb (15/2)=
Use the differential to approximate the expression. Then use a calculator to approximate the quantity, and give the absolute value of the difference in the two results to four decimal places. V115 What is the value found using the differential? V115 = 1 (Round to four decimal places as needed.)
Approximate the sum of the series correct to four decimal places. 8n
Approximate the sum of the series correct to four decimal places. 8n
12. 3 points Use an infinite series to approximate to four decimal places sin(9x2dx
12. 3 points Use an infinite series to approximate to four decimal places sin(9x2dx
Use your calculator to find the values of the following trigonometric function to four decimal places. [8 pts.) a. sin 380 b. cos 21° C. tan 32.7° d. sin 200° Hint: Your calculator should be in radian mode. e. sin 6 f. tan TT g. COS 18 3r h. sin 10 onle
Use your calculator to find the values of the following trigonometric function to four decimal places. [8 pts.] Hint: Your calculator should be in radian mode. (radian) a. sin38° b. cos21° c. tan32.7° d. sin 200° e. sin 6 p f. tan 4 p 5 g. cos ( p /18) h. sin 3 p/10
Use log, 2=0.371, log, 3=0.55, and log, 50.804 to approximate the value of the given logarithm to 3 decimal places. Assume that b>0 and b#1. X 5 10%)
please round to 4 decimal places!
Use a calculator to find the value in decimal degrees. tan - ?(- 14.1415) tan-(- 14.1415)-1° (Type your answer in degrees. Round to four decimal places as needed.)
With a calculator, approximate logo 120 to 5 places after the decimal point. (a) Find log2 A, given that logg A = 7. (b) Find logų A, given that log; A = .2.