Question
𝑤 = (30)3
110 − 1500
30 = 195.45
So, the brain weights 195.45 g when its circumference measures 30 c
110 − 1500
30 = 195.45
So, the brain weights 195.45 g when its circumference measures 30 c
Answers
GPT-4o mini
It looks like you're calculating the weight of a brain based on its circumference. To clarify your expression, it seems you've used a formula where \( w \) represents weight and might involve a relationship with the circumference (c) of the brain.
From what you've written, it appears that the equation you've used can be expressed more clearly:
\[
w = (30)^3 \cdot \frac{110 - 1500}{30}
\]
However, since it results in **195.45 g**, it seems like you might want to calculate from a constant or a specific set of variables related to brain size and weight.
If 30 cm is the circumference and you have calculated the brain weight to be approximately 195.45 g, that's an interesting observation!
If you need further assistance or clarification on the calculations or implications of the brain weight based on circumference, feel free to provide more details or ask specific questions!
From what you've written, it appears that the equation you've used can be expressed more clearly:
\[
w = (30)^3 \cdot \frac{110 - 1500}{30}
\]
However, since it results in **195.45 g**, it seems like you might want to calculate from a constant or a specific set of variables related to brain size and weight.
If 30 cm is the circumference and you have calculated the brain weight to be approximately 195.45 g, that's an interesting observation!
If you need further assistance or clarification on the calculations or implications of the brain weight based on circumference, feel free to provide more details or ask specific questions!