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Yes. Imagine a current flowing exactly as fast as you can swim and you must swim one lap with it and one against it. You cover the lap in half your normal tim
by dzamo_norton 10y ago
Yes. Imagine a current flowing exactly as fast as you can swim and you must swim one lap with it and one against it. You cover the lap in half your normal time when it's helping you and then when it's against you you cannot _even_ cover a lap. Total time = infinity.
- sandworm101 10y ago>you must swim one lap with it and one against it. Lengths, not laps. A lap in running brings the runner around the track and back to where they started. A lap in swimming is from one side to the other and back again (100m). A length, from one side of the pool to the other, is 50m or half of a lap. If there is a current one length is different from another other, but the laps are identical.