To find the distance between the two fish located at different depths, we can denote their positions below the surface as negative numbers. Let's assume:
- The depth of the larger fish is \( -13 \) feet.
- The depth of the smaller fish is \( -4 \) feet.
The distance between the two fish is the absolute value of the difference between their depths. This can be calculated as follows:
\[ \text{Distance} = \left|-13 - (-4)\right| = \left|-13 + 4\right| = \left|-9\right| = 9 \text{ feet} \]
Now, let's evaluate the given expressions to determine which are equivalent to this calculation.
A) \(\left|-13 + (-4)\right| = \left|-17\right| = 17\)
B) \(\left|-13 - (-4)\right| = \left|-13 + 4\right| = \left|-9\right| = 9\)
C) \(\left|-13 - 4\right| = \left|-17\right| = 17\)
D) \(\left|-4 + (-13)\right| = \left|-17\right| = 17\)
E) \(\left|-4 - (-13)\right| = \left|-4 + 13\right| = \left|9\right| = 9\)
The expressions that yield a distance of \(9\) are:
- B: \(\left|-13 - (-4)\right| = 9\)
- E: \(\left|-4 - (-13)\right| = 9\)
Thus, the equivalent expressions are B and E.