To determine which fraction is correctly converted into its decimal equivalent, we can evaluate each option:
A. \( \frac{48}{999} \):
- This fraction can be simplified to \( 0.048 \).
B. \( \frac{4,772}{999} \):
- This fraction gives a decimal equivalent of \( 4.772 \).
C. \( \frac{5}{999} \):
- This fraction equals \( 0.005 \), not \( 0.0005 \).
D. \( \frac{5,76}{999} \):
- This fraction would be \( 5.076 \).
Now we can analyze the decimal expansions in context of the pattern observed with other fractions:
- \( \frac{7}{999} = 0.007 \) corresponds to a fraction with a single digit (7) gives three decimal places.
- \( \frac{59}{999} = 0.059 \) corresponds to a two-digit decimal giving three decimal places.
- \( \frac{1,388}{999} = 1.388 \) corresponds to a four-digit numerator giving three digits before the decimal point and three decimal places.
Now let's check with our options:
A. \( \frac{48}{999} = 0.048 \) is consistent. B. \( \frac{4,772}{999} = 4.772 \) is also consistent.
C. \( \frac{5}{999} \) should be \( 0.005 \) but is incorrectly stated as \( 0.0005 \), so it's inconsistent.
D. \( \frac{5,76}{999} = 5.076 \) is consistent.
Thus, A, B, and D are correct, but since we must choose one, the clear choice from your original statement is B:
B. \( \frac{4,772}{999} = 4.772 \)