Events & Promotions
|
|
GMAT 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.
May 1609:00 PM PDT
-10:00 PM PDT
Full-length FE mock with insightful analytics, weakness diagnosis, and video explanations!
May 1706:30 AM PDT
-08:30 AM PDT
We know Strengthen and Weaken questions account for more than 50% of the CR questions on the GMAT. With CR becoming even more important on GMAT Focus, it's time you strengthen your weaknesses with an approach that improves your solving time and accuracy!
May 1711:00 AM IST
-01:00 PM IST
Attend this session to learn how to Deconstruct arguments, Pre-Think Author’s Assumptions, and apply Negation Test.- May 18
11:00 AM IST
-01:00 PM IST
Attend this free GMAT Algebra Webinar and learn how to master the most challenging Inequalities and Absolute Value problems with ease. 
Jun 1006:00 AM PDT
-05:30 PM PDT
Register for the GMAT Club Virtual MBA Spotlight fair, the biggest MBA fair of the year. You will have a chance to hear Admissions directors from almost every Top 20 program speak, network with peers, and conveniently attend morning or afternoon sessions.
19 Aug 2024, 02:36
Kudos
Bookmarks
Dropdown 1: 200%
Dropdown 2: 45
Be sure to select an answer first to save it in the Error Log before revealing the correct answer (OA)!
Difficulty:
35%
(medium)
Question Stats:
78% (02:40) correct
22%
(03:06)
wrong
based on 976
sessions
History
Date
Time
Result
Not Attempted Yet
An international health organization collected global data regarding a certain disease for each of 14 consecutive years (Y1 – Y14). The graph shows the annual numbers of cases, countries, countries with local cases (i.e., cases for which the infection was contracted within the country), and countries with non-local cases (i.e., cases for which the infection was contracted outside of the country).
From each drop-down menu, select the option that creates the most accurate statement according to the information provided.
The percent increase in the number of cases of the disease from Y9 to Y12 was, to the nearest 10%, .
The average (arithmetic mean) of the numbers of countries with local cases from Y1 to Y5 was, to the nearest 5 countries, .
An international health organization collected global data regarding a certain disease for each of 14 consecutive years (Y1 – Y14). The graph shows the annual numbers of cases, countries, countries with local cases (i.e., cases for which the infection was contracted within the country), and countries with non-local cases (i.e., cases for which the infection was contracted outside of the country).
From each drop-down menu, select the option that creates the most accurate statement according to the information provided.
The percent increase in the number of cases of the disease from Y9 to Y12 was, to the nearest 10%, .
The average (arithmetic mean) of the numbers of countries with local cases from Y1 to Y5 was, to the nearest 5 countries, .
ShowHide Answer
Official Answer
Dropdown 1: 200%
Dropdown 2: 45
31 Aug 2024, 04:37
Kudos
Bookmarks
Part 1:
The percent increase in the number of cases of the disease from Y9 to Y12 was, to the nearest 10%, _________.
Solution:
For Y9, the number of cases if 200,000 and for Y12 the number of cases is 600,000. To calculate the percent increase in the number of cases:
Increase = 600,000 - 200,000 = 400,000.
% Increase = ( 400,000 / 200,000 ) * 100 = ( 4 / 2 ) * 100 = 200 %
Part 2:
The average (arithmetic mean) of the numbers of countries with local cases from Y1 to Y5 was, to the nearest 5 countries, _________.
Solution:
Y1 - 51 countries
Y2 - 50 countries
Y3 - 39 countries
Y4 - 40 countries
Y5 - 55 countries
Mean = ( 51 + 50 + 39 + 40 + 55 ) / 5 = 235 / 5 = 47.
Closest option choice nearest to 5 is 45.
Part 1: 200 %
Part 2: 45 countries
The percent increase in the number of cases of the disease from Y9 to Y12 was, to the nearest 10%, _________.
Solution:
For Y9, the number of cases if 200,000 and for Y12 the number of cases is 600,000. To calculate the percent increase in the number of cases:
Increase = 600,000 - 200,000 = 400,000.
% Increase = ( 400,000 / 200,000 ) * 100 = ( 4 / 2 ) * 100 = 200 %
Part 2:
The average (arithmetic mean) of the numbers of countries with local cases from Y1 to Y5 was, to the nearest 5 countries, _________.
Solution:
Y1 - 51 countries
Y2 - 50 countries
Y3 - 39 countries
Y4 - 40 countries
Y5 - 55 countries
Mean = ( 51 + 50 + 39 + 40 + 55 ) / 5 = 235 / 5 = 47.
Closest option choice nearest to 5 is 45.
Part 1: 200 %
Part 2: 45 countries
