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26 Mar 2025, 00:30
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C
Be sure to select an answer first to save it in the Error Log before revealing the correct answer (OA)!
Difficulty:
5%
(low)
Question Stats:
97% (00:37) correct
3%
(00:24)
wrong
based on 60
sessions
History
Date
Time
Result
Not Attempted Yet
What distance does Jim travel from his home to the supermarket?
(1) Jim leaves home at 9:00 a.m. and arrives at the supermarket 20 minutes later, driving nonstop.
(2) During this trip, Jim drives at an average of 30 mph.
(1) Jim leaves home at 9:00 a.m. and arrives at the supermarket 20 minutes later, driving nonstop.
(2) During this trip, Jim drives at an average of 30 mph.
26 Mar 2025, 01:16
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We need to determine the distance Jim travels from home to the supermarket.
This is a data sufficiency problem, so we will analyze each statement separately and then together.
Given Formula:
Distance = Speed × Time
---
Step 1: Evaluate Statement (1) Alone
- Jim takes 20 minutes (or 1/3 hour) to reach the supermarket.
- However, we do not know his speed.
- Since distance depends on speed, this statement alone is not sufficient.
---
Step 2: Evaluate Statement (2) Alone
- Jim’s average speed is 30 mph.
- However, we do not know how long he traveled.
- Without time, we cannot compute the distance.
- This statement alone is not sufficient.
---
Step 3: Evaluate Both Statements Together
- From (1), time = 1/3 hour.
- From (2), speed = 30 mph.
- Using Distance = Speed × Time, we get:
Distance = 30 × (1/3) = 10 miles.
Since we can determine the exact distance, the statements together are sufficient.
---
Option C
This is a data sufficiency problem, so we will analyze each statement separately and then together.
Given Formula:
Distance = Speed × Time
---
Step 1: Evaluate Statement (1) Alone
- Jim takes 20 minutes (or 1/3 hour) to reach the supermarket.
- However, we do not know his speed.
- Since distance depends on speed, this statement alone is not sufficient.
---
Step 2: Evaluate Statement (2) Alone
- Jim’s average speed is 30 mph.
- However, we do not know how long he traveled.
- Without time, we cannot compute the distance.
- This statement alone is not sufficient.
---
Step 3: Evaluate Both Statements Together
- From (1), time = 1/3 hour.
- From (2), speed = 30 mph.
- Using Distance = Speed × Time, we get:
Distance = 30 × (1/3) = 10 miles.
Since we can determine the exact distance, the statements together are sufficient.
---
Option C
26 Mar 2025, 02:24
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D = ?
D = ST
We need S and T to solve this or D directly or indirectly
Statement 1
T = 20mins OR 1/3h
We don't know S
Insufficient
Statement 2
S = 30mph
We don't know T
Insufficient
Together we have S = 30mph and T =1/3 h. Sufficient
D = ST
We need S and T to solve this or D directly or indirectly
Statement 1
T = 20mins OR 1/3h
We don't know S
Insufficient
Statement 2
S = 30mph
We don't know T
Insufficient
Together we have S = 30mph and T =1/3 h. Sufficient
Bunuel
