Condense the expression to the logarithm of a single quantity. 14 In(x In(x + 7) + In(x) - In(x4 - 1)] In x²(x+7)² (x ² + 1) = (x + 1) ³² (x - 1) ³ X | =

Q: 5. Simplify the following expression: eln(3-x) +log 10*-6 – Ine-10r+25 +10og

A: Simplify: eln3-x+log10x-6-lnex2-10x+25+10logx Concept: i. alogan=nii. logaan=n

Q: Write the expression as a logarithm of a single quantity. + In(x + 5) – 3 In(1 + Vx) 2

A: Given expression is ln6+12lnx+5-3ln1+x We have to write given expression as a logarithm of a single…

Q: 2 log(3n + 4) + 5 = 9

A: Given:

Q: Rewrite the logarithm as a ratio of common logarithms and natural logarithms. log4 (51) (a) common…

A:

Q: Solve. log, x = 3 - log,(x - 2)

A: We know that, from the property of logarithm logam+logan=logamn           ⋯⋯1logab=c⇒ac=b        ⋯⋯2

Q: Condense the expression to the logarithm of a single quantity In x - [In(x 1) In(x - 1)1

A: The given logarithmic expression is,

Q: Write 5 ln x + 3 ln (x² + 4) – , In (x + 8) single logarithm. as a - -

A: The logarithmic expression is given by 5ln(x) + 3lnx2+4 - 12lnx+8

Q: Simplify the following into a single logarithm: 2 log(7) + 4log(z) 2.7 4x O log O log (7²x4) Olog…

A: Given 2log(7 )+ 4log(x)

Q: Express the given quantity as a single logarithm In(x 2)7 In x In(x23x 2)2 2

A: Make the coefficients into exponent. And they will multiply with the existing exponents.

Q: log 2 ( x2 -1) - log2 (9 x + 1 ) = 2 а. b. log 9 27 = m %3D

A: To evaluate the given logarithms.

Q: 1. a) Write the following expression as a single logarithm with a coefficient of 1. log(x² +3x +2)–…

A:

Q: Express as a single logarithm and, if possible, simplify. Inx-7[In (x- 4) + In (x + 4)]

A:

Q: Write In(x2 - 3x + 2) - In(x - 1) as a single logarithm. In(x + 2) In(x + 1) In(x + 3) In(x - 2)…

A: We can find the answer as given below