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3. The linear model for some butterfly data is given by the equation \( y=0.238 x+4.642 \) NAME Which of the following best describes the slope of the model? "Butterfly" by Couleur via Pixabay. Public Domain. A. For every 1 mm the wingspan increases, the length of the butterfly increases 0.238 mm . B. For every 1 mm the wingspan increases, the length of the butterfly increases 4.642 mm . C. For every 1 mm the length of the butterfly increases, the wingspan increases 0.238 mm. D. For every 1 mm the length of the butterfly increases, the wingspan increases 4.642 mm.

          3. The linear model for some butterfly data is given by the equation \( y=0.238 x+4.642 \)
NAME Which of the following best describes the slope of the model?
"Butterfly" by Couleur via Pixabay. Public Domain.
A. For every 1 mm the wingspan increases, the length of the butterfly increases 0.238 mm .
B. For every 1 mm the wingspan increases, the length of the butterfly increases 4.642 mm .
C. For every 1 mm the length of the butterfly increases, the wingspan increases 0.238 mm.
D. For every 1 mm the length of the butterfly increases, the wingspan increases 4.642 mm.

3. The linear model for some butterfly data is given by the equation y=0.238 x+4.642
NAME Which of the following best describes the slope of the model?
"Butterfly" by Couleur via Pixabay. Public Domain.
A. For every 1 mm the wingspan increases, the length of the butterfly increases 0.238 mm .
B. For every 1 mm the wingspan increases, the length of the butterfly increases 4.642 mm .
C. For every 1 mm the length of the butterfly increases, the wingspan increases 0.238 mm.
D. For every 1 mm the length of the butterfly increases, the wingspan increases 4.642 mm.

Added by Stephen C.

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