How would I solve the following:
For I
How would I solve the following: For I log, (0.95) = - 109.(0.95) = -0.500*( -0.30)
Can you please explain and show all the steps to solve these log problems Ex1: 8.52 = 9.52 + log(0.500/x) Ex2: 8.52 = 9.52 + ln(0.500/x) I want to isolate "x" but I don't know how to remove the "log" or "ln" from the problem. Also would it be any different if "x" were in the numerator instead of the denominator? The more specific the better, Thank You!
How do I solve 6.57 = 2 + log [0.125]/[H3PO4]? I know the answer is supposed to be [H3PO4] = 3.38X10^-6 M, but how do I get there? PLEASE SHOW ALL STEPS
Solve the following using the following information and the Law of Cosincs 59. A log is seen floating down a stream. The log is first spotted 10 feet away. Ten seconds later the log is 70 feet away making a 60° angle between the two sightings. How far did the log travel? 20 feet 6010 feet 61. Astronomers once thought the Sun revolved around the Earth. The Sun is 9.3 x 10 miles away and moves 15 across the sky...
Calculate the pH of the following buffer system. 0.500 M NH3 ( Kb=1.8×10^(-5) ) 0.500 M NH4 Br A. 4.74 B. 9.26 C. 7.00 D.0.30 E. 13.70 I got 4.74
How would I go about solving this? Question 1 Question: Given that log 3 p and log. 6 Q Express the given logarithmic value in terms of panda = log, 162 2p+39 0 Pa P1 Type here to search
Solve the following logarithmic equation. log 5(x + 23) = 5 - log 5(X+ 123) Solve the equation. 32-x+ 22 = 64%
What kind of limits when you use Log-mean temperature difference method? How do I solve this when LMTD=and what situation like this?(5 % ) ATym ATA-4T &Ta LATDn What kind of limits when you use Log-mean temperature difference method? How do I solve this when LMTD=and what situation like this?(5 % ) ATym ATA-4T &Ta LATDn
Solve the following logarithmic equation; log(2x-1) = log(x+3) + log3
Please explain how to solve this question A first order reaction, where [A]o[A]o = 0.95 M, is 71.7 % complete in 382 s. How long does it take for the same reaction to go from 0.95 M to 90.2 % completion?
Solve the following logarithmic equation. 3 log 4x= - log 464 Select the correct choice below and, if necessary, fill in the answer box to comple --- A. 1 1- iV3 1+i V3 The solution set is 4 8 8 (Simplify your answer. Type an exact answer. Use a comma to separate OB. There is no solution.