Solve Natural Exponent Equation (From Decimals) (Level 1)
This math topic focuses on using logarithms to solve natural exponent equations where the bases and results are expressed in decimal form. It targets the specific skill of finding the exponent \( x \) when the equation is structured as \( e^x = \text{decimal number} \). Each problem provides a set of multiple-choice answers, requiring the use of logarithmic calculations or understanding to select the correct exponent value that satisfies the equation.
Work on practice problems directly here, or download the printable pdf worksheet to practice offline.
morePractice:
Solve Natural Exponent Equation (From Decimals)
Complete these online problems with 80% or 4 correct answers in a row. Results are immediate.
Use a logarithm to solve for the missing exponent
Earned ?
Logarithms - Solve Natural Exponent Equation (From Decimals) Worksheet
| Math worksheet on 'Logarithms - Solve Natural Exponent Equation (From Decimals) (Level 1)'. Part of a broader unit on 'Logarithms - Intro' Learn online: app.mobius.academy/math/units/logarithms_intro/ |
| Use a logarithm to solve for the missing exponent |
| x = 3.96 |
| x = 4.96 |
| x = 0.96 |
| x = 1.96 |
| x = 2.96 |
| Use a logarithm to solve for the missing exponent |
| x = 5.41 |
| x = 2.41 |
| x = 4.41 |
| x = 1.41 |
| x = 3.41 |
| Use a logarithm to solve for the missing exponent |
| x = 4.41 |
| x = 2.41 |
| x = 3.41 |
| x = 1.41 |
| x = 0.41 |
| Use a logarithm to solve for the missing exponent |
| x = 3.1 |
| x = 6.1 |
| x = 4.1 |
| x = 2.1 |
| x = 5.1 |
| Use a logarithm to solve for the missing exponent |
| x = 5.07 |
| x = 3.07 |
| x = 2.07 |
| x = 4.07 |
| x = 1.07 |
| Use a logarithm to solve for the missing exponent |
| x = 0 |
| x = 4 |
| x = 3 |
| x = 1 |
| x = 2 |
| Use a logarithm to solve for the missing exponent |
| x = 3.51 |
| x = 4.51 |
| x = 5.51 |
| x = 2.51 |
| x = 6.51 |