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Ms. Crawford bought a large bag of plastic shapes that her students can use to build $3D$ figures. She was curious what color shapes she received, so she randomly selected some shapes from the bag. Here are the colors of the shapes she selected: $\newline$ blue, green, yellow, green, blue, blue, orange, green, yellow, blue, green, blue $\newline$ Based on the data, what is the probability of selecting a blue shape? $\newline$ Write your answer as a fraction or whole number.

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Probability of independent and dependent events

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Q. Ms. Crawford bought a large bag of plastic shapes that her students can use to build

3D

figures. She was curious what color shapes she received, so she randomly selected some shapes from the bag. Here are the colors of the shapes she selected:

\newline

blue, green, yellow, green, blue, blue, orange, green, yellow, blue, green, blue

\newline

Based on the data, what is the probability of selecting a blue shape?

\newline

Write your answer as a fraction or whole number.

Count Total Shapes: Count the total number of shapes selected: blue ( $6$ ), green ( $4$ ), yellow ( $2$ ), orange ( $1$ ). Total shapes = $6 + 4 + 2 + 1 = 13$ .
Count Blue Shapes: Count the number of blue shapes: There are $6$ blue shapes.
Calculate Probability: Calculate the probability of selecting a blue shape: Probability = $\frac{\text{Number of blue shapes}}{\text{Total number of shapes}} = \frac{6}{13}$ .

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