GMAT Question of the Day - Daily to your Mailbox; hard ones only

It is currently 20 Nov 2018, 03:43

Close

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

we will pick new questions that match your level based on your Timer History

Track
Your Progress

every week, we’ll send you an estimated GMAT score based on your performance

Practice
Pays

we will pick new questions that match your level based on your Timer History

Not interested in getting valuable practice questions and articles delivered to your email? No problem, unsubscribe here.

Close

Request Expert Reply

Confirm Cancel
Events & Promotions in November
PrevNext
SuMoTuWeThFrSa
28293031123
45678910
11121314151617
18192021222324
2526272829301
Open Detailed Calendar
  • All GMAT Club Tests are Free and open on November 22nd in celebration of Thanksgiving Day!

     November 22, 2018

     November 22, 2018

     10:00 PM PST

     11:00 PM PST

    Mark your calendars - All GMAT Club Tests are free and open November 22nd to celebrate Thanksgiving Day! Access will be available from 0:01 AM to 11:59 PM, Pacific Time (USA)
  • Free lesson on number properties

     November 23, 2018

     November 23, 2018

     10:00 PM PST

     11:00 PM PST

    Practice the one most important Quant section - Integer properties, and rapidly improve your skills.

The coordinates of the vertices of quadrilateral PQRS are P(0, 0), Q

  new topic post reply Question banks Downloads My Bookmarks Reviews Important topics  
Author Message
TAGS:

Hide Tags

Math Expert
User avatar
V
Joined: 02 Sep 2009
Posts: 50708
The coordinates of the vertices of quadrilateral PQRS are P(0, 0), Q  [#permalink]

Show Tags

New post 08 Feb 2018, 23:38
00:00
A
B
C
D
E

Difficulty:

  25% (medium)

Question Stats:

80% (01:21) correct 20% (01:42) wrong based on 46 sessions

HideShow timer Statistics

The coordinates of the vertices of quadrilateral PQRS are P(0, 0), Q(9, 0), R(10, 3) and S(1, 3), respectively. The area of PQRS is

(A) \(9\sqrt{10}\)

(B) \(\frac{9}{2}*\sqrt{10}\)

(C) 27/2

(D) 27

(E) \(27\sqrt{10}\)

_________________

New to the Math Forum?
Please read this: Ultimate GMAT Quantitative Megathread | All You Need for Quant | PLEASE READ AND FOLLOW: 12 Rules for Posting!!!

Resources:
GMAT Math Book | Triangles | Polygons | Coordinate Geometry | Factorials | Circles | Number Theory | Remainders; 8. Overlapping Sets | PDF of Math Book; 10. Remainders | GMAT Prep Software Analysis | SEVEN SAMURAI OF 2012 (BEST DISCUSSIONS) | Tricky questions from previous years.

Collection of Questions:
PS: 1. Tough and Tricky questions; 2. Hard questions; 3. Hard questions part 2; 4. Standard deviation; 5. Tough Problem Solving Questions With Solutions; 6. Probability and Combinations Questions With Solutions; 7 Tough and tricky exponents and roots questions; 8 12 Easy Pieces (or not?); 9 Bakers' Dozen; 10 Algebra set. ,11 Mixed Questions, 12 Fresh Meat

DS: 1. DS tough questions; 2. DS tough questions part 2; 3. DS tough questions part 3; 4. DS Standard deviation; 5. Inequalities; 6. 700+ GMAT Data Sufficiency Questions With Explanations; 7 Tough and tricky exponents and roots questions; 8 The Discreet Charm of the DS; 9 Devil's Dozen!!!; 10 Number Properties set., 11 New DS set.


What are GMAT Club Tests?
Extra-hard Quant Tests with Brilliant Analytics

Senior Manager
Senior Manager
User avatar
G
Joined: 17 Oct 2016
Posts: 321
Location: India
Concentration: Operations, Strategy
GPA: 3.73
WE: Design (Real Estate)
GMAT ToolKit User Premium Member
Re: The coordinates of the vertices of quadrilateral PQRS are P(0, 0), Q  [#permalink]

Show Tags

New post 09 Feb 2018, 00:04
D.

Plotting the figure roughly on a graph we can conclude that PQRS is a parallelogram.

Hence area of parallelogram = b *d

Here b = 9 and d = 3

Hence area = 27
Attachments

1.JPG
1.JPG [ 22.25 KiB | Viewed 1359 times ]


_________________

Help with kudos if u found the post useful. Thanks

Ask GMAT Experts Forum Moderator
User avatar
V
Status: Preparing for GMAT
Joined: 25 Nov 2015
Posts: 983
Location: India
GPA: 3.64
GMAT ToolKit User Premium Member Reviews Badge CAT Tests
Re: The coordinates of the vertices of quadrilateral PQRS are P(0, 0), Q  [#permalink]

Show Tags

New post 09 Feb 2018, 01:02
Bunuel wrote:
The coordinates of the vertices of quadrilateral PQRS are P(0, 0), Q(9, 0), R(10, 3) and S(1, 3), respectively. The area of PQRS is

(A) \(9\sqrt{10}\)

(B) \(\frac{9}{2}*\sqrt{10}\)

(C) 27/2

(D) 27

(E) \(27\sqrt{10}\)


On plotting the points on the x-y coordinate, we see that it forms a parallelogram.
Area of parallelogram = Base x height = 9 x 3 =27
Answer D.
_________________

Please give kudos, if you like my post

When the going gets tough, the tough gets going...

Manager
Manager
avatar
S
Joined: 23 Sep 2016
Posts: 217
Premium Member Reviews Badge
Re: The coordinates of the vertices of quadrilateral PQRS are P(0, 0), Q  [#permalink]

Show Tags

New post 09 Feb 2018, 23:24
Bunuel wrote:
The coordinates of the vertices of quadrilateral PQRS are P(0, 0), Q(9, 0), R(10, 3) and S(1, 3), respectively. The area of PQRS is

(A) \(9\sqrt{10}\)

(B) \(\frac{9}{2}*\sqrt{10}\)

(C) 27/2

(D) 27

(E) \(27\sqrt{10}\)

Answer is D as base is 9 and height is 3 if we plot on graph so area of quadrilateral is B*H= 9*3= 27. Oa plz
GMAT Club Bot
Re: The coordinates of the vertices of quadrilateral PQRS are P(0, 0), Q &nbs [#permalink] 09 Feb 2018, 23:24
Display posts from previous: Sort by

The coordinates of the vertices of quadrilateral PQRS are P(0, 0), Q

  new topic post reply Question banks Downloads My Bookmarks Reviews Important topics  


Copyright

GMAT Club MBA Forum Home| About| Terms and Conditions and Privacy Policy| GMAT Club Rules| Contact| Sitemap

Powered by phpBB © phpBB Group | Emoji artwork provided by EmojiOne

Kindly note that the GMAT® test is a registered trademark of the Graduate Management Admission Council®, and this site has neither been reviewed nor endorsed by GMAC®.