Summary
We have been able to find the antilog of:
`10^0.1 = 1.259` (by iteration)
`10^0.2 = 1.585` (by logic)
`10^0.3 = 1.995` (by logic)
`10^0.4 = 2.512` (by logic)
`10^0.5 = 3.162` (by logic)
`10^0.6 = 3.981` (by logic)
`10^0.7 = 5.012` (by logic)
`10^0.8 = 6.310` (by logic)
`10^0.9 = 7.943` (by logic)
And these all check off as correct on the antilog tables.
![](/images/user/base/Maths/Logarithms/Reference%20Tables/reference-log-table-1.4df6ee6.jpg)
![](/images/user/base/Maths/Logarithms/Reference%20Tables/reference-log-table-2.d516bb3.jpg)
![](/images/user/base/Maths/Logarithms/Reference%20Tables/reference-anti-log-table-1.b0b0513.jpg)
![](/images/user/base/Maths/Logarithms/Reference%20Tables/reference-anti-log-table-2.f89189d.jpg)