Hi onlyPlanA,Good instinct to check the wording, but there's no hidden trap here. Let me untangle it.
Read the phrase as a unit: "barrels of salted herring,
weighing 250 pounds each" attaches the
250 pounds to the whole item as it sits in the hold - one loaded barrel =
250 pounds, one case of crackers =
75 pounds. The barrel and its contents are counted together as a single
250-pound object. There is no separate barrel weight waiting to be added on top. Same for the crackers.
That's the standard way the GMAT phrases these: the weight given is the full weight of each unit of cargo. So once Statement (1) tells you
251 barrels and
502 cases, the total is locked:
-
251 x
250 =
62,750-
502 x
75 =
37,650- Total =
100,400 poundsOne definite value - Statement (1) is
sufficient -
A.
Why C still wouldn't work even on your reading. Suppose you
did treat
250 as the empty barrel and the herring inside as unknown extra weight. Look at what Statement (2) actually gives you: a
ratio -
5 pounds of herring for every
3 pounds of crackers. A ratio has no absolute size. It's satisfied by
5 and
3 pounds, or by
500 and
300 pounds, or any multiple. So (2) can never pin down an actual total weight, and it couldn't supply the "missing herring weight" you were worried about either.
So the ambiguity you spotted doesn't change anything: (2) is
not sufficient to rescue the total under any interpretation, and the intended reading makes (1) fully self-contained. The answer stays
A, much like onlyPlanA
Answer: AonlyPlanA
Um.. I am not sure but is there a trap here? When the question says, "barrels of salted herring, weighing 250 pounds each", does that mean herring in each barrel weigh 250 pounds or the barrel itself weighs 250 pounds and then we have to add the weight of herring to it. Same goes for the cases of crackers.
If yes, the answer is C. If not, the answer is A, IMO.