GRE Prep Club Daily Prep
Thank you for using the timer - this advanced tool can estimate your performance and suggest more practice questions. We have subscribed you to Daily Prep Questions via email.
Customized
for You
Track
Your Progress
Practice
Pays
Not interested in getting valuable practice questions and articles delivered to your email? No problem, unsubscribe here.
Of every 100 high school or college graduates in state M in 1990, app
[#permalink]
15 Feb 2024, 01:58
15 Feb 2024, 01:58
Expert Reply
2
Bookmarks
00:00
Question Stats:
83% (02:26) correct
16% (01:55) wrong based on 6 sessions
Hide Show timer Statistics
Attachment:
GRE Of every 100 high school or college.jpg [ 217.93 KiB | Viewed 645 times ]
Of every 100 high school or college graduates in state M in 1990, approximately how many graduated from college?
4
13
21
33
43
Part of the project: QOTD - Question of the day!!! - Gain 20 Kudos & Get FREE Access to GRE Prep Club TESTS
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Free Materials for the GRE General Exam - Where to get it!!
Shorter GRE - PREPARATION STRATEGY
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Free Materials for the GRE General Exam - Where to get it!!
Shorter GRE - PREPARATION STRATEGY
Re: Of every 100 high school or college graduates in state M in 1990, app
[#permalink]
15 Feb 2024, 14:22
15 Feb 2024, 14:22
2
To solve this question we can only focus on top graph and calculate the answer.
Let's focus on 1990,
Total graduated in thousand approximately = 9.3
graduated in college in thousand approximately = 2
So, basically of every 100 means calculating the percentage,
= (2/9.3) * 100 = 21.5
If we scan the answers for the nearest possible value. only 21 make sense
Let's focus on 1990,
Total graduated in thousand approximately = 9.3
graduated in college in thousand approximately = 2
So, basically of every 100 means calculating the percentage,
= (2/9.3) * 100 = 21.5
If we scan the answers for the nearest possible value. only 21 make sense
Re: Of every 100 high school or college graduates in state M in 1990, app
[#permalink]
18 Feb 2024, 05:00
18 Feb 2024, 05:00
Expert Reply
OE
"Of every 100" indicates a percentage value, so the stem is really asking, "Approximately what percentage of graduates in 1990 graduated from college?" Get the numbers to answer this question from the line graph. Note the word "approximately" in the question and the fact that the choices are pretty far apart and be prepared to estimate the answer instead of calculating it exactly.
Note from the line graph that about 9.5 hundred thousand total students graduated in 1990. That figure, "9.5 hundred thousand," can be awkward to think about. Since all the numbers you'll work with from the graph will be in hundred thousands, you can choose to ignore the units and just write 9.5. If you're uncomfortable doing that, consider abbreviating "hundred thousand" as, say, ht, and write "9.5 ht." The graph also says 2 ht college students graduated in 1990. The approximate percentage of graduates in 1990 who graduated from college was thus \(\frac{2}{9.5} \approx 21\) %
C is the answer
"Of every 100" indicates a percentage value, so the stem is really asking, "Approximately what percentage of graduates in 1990 graduated from college?" Get the numbers to answer this question from the line graph. Note the word "approximately" in the question and the fact that the choices are pretty far apart and be prepared to estimate the answer instead of calculating it exactly.
Note from the line graph that about 9.5 hundred thousand total students graduated in 1990. That figure, "9.5 hundred thousand," can be awkward to think about. Since all the numbers you'll work with from the graph will be in hundred thousands, you can choose to ignore the units and just write 9.5. If you're uncomfortable doing that, consider abbreviating "hundred thousand" as, say, ht, and write "9.5 ht." The graph also says 2 ht college students graduated in 1990. The approximate percentage of graduates in 1990 who graduated from college was thus \(\frac{2}{9.5} \approx 21\) %
C is the answer
