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Use the ALEKS calculator to evaluate each expression. Round your answers to the nearest thousandth. Do not round any intermediate computations. lnsqrt (13)= log22.3=

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Use the ALEKS calculator to evaluate each expression.
Round your answers to the nearest thousandth.
Do not round any intermediate computations.
lnsqrt (13)=
log22.3=

Use the ALEKS calculator to evaluate each expression. Round your answers to the nearest thousandth. Do not round any intermediate computations. lnsqrt (13)= log22.3=

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ArnoldProfessional · Tutor for 6 years

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To find the solution for given expressions, we utilize the properties of logarithm and square roots, as well as using a scientific calculator with capabilities to compute natural logarithm (ln) and base-10 logarithm (log):<br /><br />1. Evaluate the expression $ln\sqrt {13}$:<br /> - The $\sqrt {13}$ equals 3.605 (approximately), finding a square root is prime step.<br /> - Evaluate the natural logarithm for this, $ln(3.605) \approx 1.282$<br /><br />2. Evaluate the expression $log22.3$:<br /> - With base-10 (common) logarithm, just input: $log(22.3) \approx 1.348$<br /><br />After rounding the answer to the nearest thousandth will gives us:<br />The solution for each expression is:$ln\sqrt {13}= 1.282; $ and $log22.3= 1.348$.
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