To evaluate the statements, let's analyze the information provided in the table:
- For 6 cupcakes, Sally used 120 sprinkles.
- For 12 cupcakes, she used 240 sprinkles.
- For 18 cupcakes, she used 360 sprinkles.
From this data, we can derive a ratio of sprinkles to cupcakes:
- For 6 cupcakes: \( \frac{120 \text{ sprinkles}}{6 \text{ cupcakes}} = 20 \text{ sprinkles per cupcake} \)
- For 12 cupcakes: \( \frac{240 \text{ sprinkles}}{12 \text{ cupcakes}} = 20 \text{ sprinkles per cupcake} \)
- For 18 cupcakes: \( \frac{360 \text{ sprinkles}}{18 \text{ cupcakes}} = 20 \text{ sprinkles per cupcake} \)
We can conclude that the relationship between sprinkles and cupcakes is linear, and can be represented by the equation \( s = 20c \).
Now let's evaluate the statements:
-
The equation s = 20c represents the relationship between the number of cupcakes baked and the total amount of sprinkles Sally used.
- True (the equation accurately represents the relationship).
-
The total amount of sprinkles Sally used is 20 times the number of cupcakes baked.
- True (this is the assumption derived from the equation \( s = 20c \)).
-
If Sally baked 24 cupcakes, she will have used 460 total sprinkles.
- To find the total sprinkles for 24 cupcakes, we use the equation \( s = 20c \): \[ s = 20 \times 24 = 480 \text{ sprinkles} \] Since 480 does not equal 460, this statement is:
- False.
Final answers:
- 1: True
- 2: True
- 3: False