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The exact volume of the plant when given 13 milligrams of fertilizer, predicted using the equation of the best-fitting curve, is [insert the exact volume value here].

Answer :

Final answer:

The exact volume of a plant when given 13 milligrams of fertilizer is determined using the equation of the 'best-fitting curve', which practically depends on experimental data. Substitute the fertilizer amount in this equation to get the corresponding volume of the plant.

Explanation:

To find the exact volume of a plant when given 13 milligrams of fertilizer, you would need to use the equation of the best-fitting curve.

This equation is generally established with prior experimental data concerning growth rates in relation to fertilizer amounts.

It provides a model that quantifies the statistical relationship between the variables. For example, if the best-fitting curve's equation was y = 0.02x + 50 (where y stands for plant volume and x for the amount of fertilizer), substituting x with 13 milligrams, the calculation would be y = 0.02 * 13 + 50 which equals 50.26.

So, the plant's volume would be approximately 50.26 cubic centimeters when given 13 milligrams of fertilizer. Please note this equation is a random example and would change based on actual experimental data available.

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