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Solve the equation. log (3x) = log4 + log (x-3) OA. {} OB. 12 12 OC....
Graph the function fix) 2- for x 2 1 - 3x, for x 2 OA OB Ос. OD Click to select your answer 30 004
5 of 20 Solve the equation and express the solution in exact form. log4(x + 2) -a. log4(x - 2) = 2, where a= -1. 1275) {8} (+2/5)
Solve the following logarithmic equation. Use a calculator if appropriate. log 12(x-2) - log 12(x+5) = log 123 Select the correct choice below and, if necessary, fill in the answer box to complete your choice. O A. The solution set is (Simplify your answer. Use a comma to separate answers as needed.) OB. The solution is the empty set,
solve each equation algebraically:
a) 3+7e^2x=24
b) 2^x+5=7^3x+1
c) 3^(2x) - 3^(x) - 20=0
d) log x + log (x-5)=2
^6 ^6
e) log(x+2)-log(x-1)=1
f) ln(log (x^2 + 2x))=0
^3
d og, 71 Solve each of the exponenti a tions call the as well as a decimal approximation to the nearest the get the approximated solutions Yo d ac t o a) 3+72-24 d) 3 -3-20 - 0 get the approximated solution a) loe +log.-5) = 2
For the vectors OA = (-3, 4, 12) and OB (-3, 4, 12) and OB = (2, 2, -1), determine the following: a. the components of vector OP, where OP = OẢ + OB b. |OA|, |OB|, and OP c. AB and AB . What does AB represent?
Use trigonometric identities to solve each equation in the interval [0, 21] c?x-2 = tan 2x TT OA. 3 OB. 6 OC. 4 OD.
2. Convert the bearings of the lines given in the table below (OA, OB, OC, and OD) to azimuths from north. Please note that all four lines have the common start points of 0. Also, compute the angle (smaller than 180°) between successive bearings. Show the work and draw a neat figure. Line Bearing Azimuth Angle OA N27°50'05"E AOB=? OB S38°12'44"E BOC=? OC S23°16'22"W COD=? OD N73°14'30"W DOA=?
A debit signifies a decrease in a. expenses Oa. Ob. assets Oc. Od drawing revenues
Question 3 (1 point) The number of sp- hybrid orbitals on the carbon atom in CO32- is OA) one. OB) two. OC) three. OD) four.
If the spring OB has been
stretched 45 mm and has a k = 1.0 kN/m, determine the tension in
(a) rope OA, (b) rope OC, and (c) rope OD needed to hold the mass
of 22.94 kg. Note: Rope OD is in the x-y plane. (Hint: Fsp =
k(Δx))
If the spring OB has been stretched 45 mm and has a k = 1.0 kN/m, determine the tension in (a) rope OA, (b) rope OC, 2. and (c) rope...