If ln =2, ln =3, and ln =5, evaluate the following:

Using Basic Property of Logarithms:
(a) ln ( a⁻² / b c⁴ ) = -27
(b) ln [tex]\sqrt{b^4 c^4 a^4}[/tex] = 20
(c) ln ( a³ b⁻²) / ln (bc)³ = 0
(d) ( ln c⁻⁴ ) x ( ln (a/b⁻³) ) = -220
1. Product Property
log(mn) = log(m) + log(n)
2. Quotient Property
log(m/n) = log(m) – log(n)
3. Power rule
logmⁿ = n (log(m))
some property for Natural Log (ln).
here, ln a = 2, ln b = 3 and ln c = 5
(a) ln ( a⁻² / b c⁴ )
using Quotient property:
ln a⁻² - ln ( b c⁴)
now using product and power rule property:
-2( ln a) - ln(b) - 4 ( ln c)
putting the values
-2x(2) - 3 - 4 (5)
-4 - 3 - 20
→ -27
(b) ln [tex]\sqrt{b^4 c^4 a^4}[/tex]
using power rule property:
1/2 ( ln ( b⁴c⁴a⁴ ))
using Product property and Power rule property:
4/2 ( ln b + ln c + ln a)
2 ( 3 + 5 + 2 )
2 ( 10 )
→ 20
(c) ln ( a³ b⁻²) / ln (bc)³
using Product and Power rule property:
3( ln a) -2(ln b) / 3 ( ln b + ln c )
3 (2) -2(3) / 3 ( 3 + 5)
→ 0
(d) ( ln c⁻⁴ ) x ( ln (a/b⁻³) )
using Power rule and Quotient property:
-4 ( ln c) x ( ln a + 3 ( ln b ))
-4 ( 5 ) x ( 2 + 3 ( 3 ) )
(-20) x ( 11 )
→ -220
Hence, Using Basic Property of Logarithms:
(a) ln ( a⁻² / b c⁴ ) = -27
(b) ln [tex]\sqrt{b^4 c^4 a^4}[/tex] = 20
(c) ln ( a³ b⁻²) / ln (bc)³ = 0
(d) ( ln c⁻⁴ ) x ( ln (a/b⁻³) ) = -220
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