Advanced Exponential and Logarithmic Models
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Site:
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Young Education
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Cours:
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Exponential and Logarithmic Functions
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Livre:
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Advanced Exponential and Logarithmic Models
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Imprimé par:
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Гість-користувач
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Date:
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vendredi 25 septembre 2026, 02:38
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1. Natural Exponential Functions
Learning outcomes
- I can explain the significance of the number e.
- I can evaluate functions involving e.
- I can compare natural exponential and other exponential functions.
- I can interpret natural growth models.
- I can apply natural exponential functions to practical situations.
2. Natural Logarithms
Learning outcomes
- I can evaluate natural logarithms.
- I can solve equations involving natural logarithms.
- I can apply the properties of natural logarithms.
- I can interpret natural logarithmic functions.
- I can connect natural logarithms to exponential growth.
3. Continuous Growth and Decay
Learning outcomes
- I can model continuously compounded growth.
- I can model continuous decay.
- I can compare discrete and continuous models.
- I can interpret continuous growth models.
- I can solve authentic applications.
4. Logistic Growth Models
Learning outcomes
- I can explain logistic growth.
- I can distinguish logistic and exponential growth.
- I can interpret carrying capacity.
- I can analyse logistic graphs.
- I can model real-world population growth.
5. Comparing Mathematical Models
Learning outcomes
- I can compare linear, quadratic, exponential, logarithmic, and logistic models.
- I can identify the most appropriate model for a situation.
- I can justify model selection.
- I can interpret mathematical models critically.
- I can evaluate model limitations.