Question 26If one uses only the tabular information $10^3=1000,$ $10^4=10{,}000,$ $2^{10}=1024,$ $2^{11}=2048,$ $2^{12}=4096,$ $2^{13}=8192,$ then the strongest statement one can make for $\log_{10}2$ is that it lies between:$\dfrac3{10}$ and $\dfrac4{11}$$\dfrac3{10}$ and $\dfrac4{12}$$\dfrac3{10}$ and $\dfrac4{13}$$\dfrac3{10}$ and $\dfrac{40}{132}$$\dfrac3{11}$ and $\dfrac{40}{132}$