Let the total value of the tickets alone = x
\(2,294.25 = \frac{115}{100}x\)
\(229425 = 115x\)
\(x = 1995\)
We know that the price per ticket is $133, which has a units digit of 3. Looking at the answer choices, they all have different units digits. This is helpful in that the only way a number ending in 5 is divisible by a number ending in 3, is if the divsor ends in a 5. The only answer choice which ends in a 5 in E. This will 100% be the answer.
\(\frac{1995}{133} = 15\)
ANSWER E
\(2,294.25 = \frac{115}{100}x\)
\(229425 = 115x\)
\(x = 1995\)
We know that the price per ticket is $133, which has a units digit of 3. Looking at the answer choices, they all have different units digits. This is helpful in that the only way a number ending in 5 is divisible by a number ending in 3, is if the divsor ends in a 5. The only answer choice which ends in a 5 in E. This will 100% be the answer.
\(\frac{1995}{133} = 15\)
ANSWER E
Statistics : Posted by Nidzo • on 12 Apr 2024, 01:30 • Replies 1 • Views 76









