if-a-constant-1d-and-gt1d-and-gt-1-has-a-natural-logarithm-value-of-lnd52983ln-d

Question

If a constant 1"\u003ed\u003e1d\u003e1 has a natural logarithm value of ln⁡d≈5.2983\ln d	hickapprox5.2983, estimate the values of log⁡5d\log_5d and log⁡d5\$$log_{d}5 $$using the fact that ln⁡5≈1.6094\ln5	hickapprox1.6094.

Accepted Answer

log⁡5d≈3.2921,log⁡d5≈0.3038\log_5d\approx3.2921,\$$log_{d}5$$\approx0.3038

Answer

log⁡5d≈3.2921,log⁡d5≈0.2038\log_5d\approx3.2921,\$$log_{d}5$$\approx0.2038

Answer

log⁡5d≈2.2921,log⁡d5≈0.3038\log_5d\approx2.2921,\$$log_{d}5$$\approx0.3038

Answer

log⁡5d≈2.2921,log⁡d5≈0.2038\log_5d\approx2.2921,\$$log_{d}5$$\approx0.2038

If a constant d>1d>1 has a natural logarithm value of lnd≈5.2983\(\ln\) d\(\thickapprox\)5.2983, estimate the values of log5d\(\log\)_5d and logd5\(\log\)_{d}5 using the fact that ln5≈1.6094\(\ln\)5\(\thickapprox\)1.6094.

If a constant $d is greater than 1$ has a natural logarithm value of $l n d almost equals 5.2983$ , estimate the values of $the log base 5 of d$ and $the log base d of 5$ using the fact that $l n 5 almost equals 1.6094$ .