Meaning, Words to Equation as Values (Natural) (Level 1)

This math topic focuses on understanding and applying the concept of natural logarithms. The problems involve interpreting descriptions of logarithmic scenarios involving the natural base \( e \) and constructing the corresponding logarithmic equations. The exercises emphasize converting verbal descriptions, which typically describe raising \( e \) to a certain power to achieve a specific result, into the correct logarithmic form. Throughout the topic, students are challenged to identify the appropriate logarithmic relationships in various response options, enhancing their comprehension and fluency with logarithms involving natural numbers.

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Logarithms - Meaning, Words to Equation as Values (Natural) Worksheet

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Math worksheet on 'Logarithms - Meaning, Words to Equation as Values (Natural) (Level 1)'. Part of a broader unit on 'Logarithms - Intro' Learn online: app.mobius.academy/math/units/logarithms_intro/
1
Which logarithm equation shows this?
A LaTex expression showing \text{To result in }5.45\text{, you would}\\\text{raise }e\text{ to the power of }x
a A LaTex expression showing \log sub e 5.45 = x
b A LaTex expression showing \log sub x e = 5.45
c A LaTex expression showing \log sub 5.45 x = e
d A LaTex expression showing \log sub 5.45 e = x
2
Which logarithm equation shows this?
A LaTex expression showing \text{To result in }x\text{, you would}\\\text{raise }e\text{ to the power of }4.5
a A LaTex expression showing \log sub 4.5 e = x
b A LaTex expression showing \log sub x 4.5 = e
c A LaTex expression showing \log sub e x = 4.5
3
Which logarithm equation shows this?
A LaTex expression showing \text{To result in }3.47\text{, you would}\\\text{raise }e\text{ to the power of }x
a A LaTex expression showing \log sub x 3.47 = e
b A LaTex expression showing \log sub e 3.47 = x
c A LaTex expression showing \log sub 3.47 e = x
d A LaTex expression showing \log sub 3.47 x = e
4
Which logarithm equation shows this?
A LaTex expression showing \text{To result in }x\text{, you would}\\\text{raise }e\text{ to the power of }4.82
a A LaTex expression showing \log sub 4.82 e = x
b A LaTex expression showing \log sub x 4.82 = e
c A LaTex expression showing \log sub e x = 4.82
d A LaTex expression showing \log sub x e = 4.82
5
Which logarithm equation shows this?
A LaTex expression showing \text{To result in }x\text{, you would}\\\text{raise }e\text{ to the power of }2.05
a A LaTex expression showing \log sub e x = 2.05
b A LaTex expression showing \log sub 2.05 x = e
c A LaTex expression showing \log sub x e = 2.05
d A LaTex expression showing \log sub 2.05 e = x
e A LaTex expression showing \log sub x 2.05 = e
6
Which logarithm equation shows this?
A LaTex expression showing \text{To result in }x\text{, you would}\\\text{raise }e\text{ to the power of }3.29
a A LaTex expression showing \log sub x e = 3.29
b A LaTex expression showing \log sub 3.29 x = e
c A LaTex expression showing \log sub 3.29 e = x
d A LaTex expression showing \log sub e x = 3.29
e A LaTex expression showing \log sub x 3.29 = e
7
Which logarithm equation shows this?
A LaTex expression showing \text{To result in }x\text{, you would}\\\text{raise }e\text{ to the power of }3.1
a A LaTex expression showing \log sub 3.1 x = e
b A LaTex expression showing \log sub x e = 3.1
c A LaTex expression showing \log sub e x = 3.1