Tek: New page: {| width="100%" cellspacing="10px" |a) |width="100%" | \ln(4\times 3)=\ln 4+\ln 3 |- |b) |width="100%" | \ln(4-3)\ne \ln 4-\ln 3 |- |c) |width="100%" | \log_{2}4 = \dfrac{\ln 4}{\ln 2} |- ...

Tek — Wed, 28 Jan 2009 14:26:09 GMT

New page: {| width="100%" cellspacing="10px" |a) |width="100%" | \ln(4\times 3)=\ln 4+\ln 3 |- |b) |width="100%" | \ln(4-3)\ne \ln 4-\ln 3 |- |c) |width="100%" | \log_{2}4 = \dfrac{\ln 4}{\ln 2} |- ...

New page

{| width="100%" cellspacing="10px"
|a)
|width="100%" | \ln(4\times 3)=\ln 4+\ln 3
|-
|b)
|width="100%" | \ln(4-3)\ne \ln 4-\ln 3
|-
|c)
|width="100%" | \log_{2}4 = \dfrac{\ln 4}{\ln 2}
|-
|d)
|width="100%" | 2^{\log_{2}4} = 4
|}

Answer 5.1:6 - Revision history

Tek: New page: {| width="100%" cellspacing="10px" |a) |width="100%" | \ln(4\times 3)=\ln 4+\ln 3 |- |b) |width="100%" | \ln(4-3)\ne \ln 4-\ln 3 |- |c) |width="100%" | \log_{2}4 = \dfrac{\ln 4}{\ln 2} |- ...