BREAKING: Target Test Prep releases Brand New 2026 On Demand GMAT prep course

Redeem

Target Test Prep · GMAT

Choose how you want to prepare

Learn live with an expert or move at your own pace. Every option includes the complete TTP study system.

★★★★★5.0559 reviews
GMATLiveTeach 7 seats left
Chris Peckover
NEXT LIVE COHORT

Oct 13 to Jan 7, 2027

with Chris Peckover

Schedule
Tue, Thu · 8:00 to 10:00 PM ET
Included
40 live hours + 6 months of GMAT OnDemand
  • Live instruction and real-time questions
  • Class recordings and assigned practice
View class & enroll
Limited cohort · enrollment openTarget Test Prep
EALiveTeach 5 seats left
Logan Thompson
EXECUTIVE ASSESSMENT

Sep 6 to Dec 6, 2026

with Logan Thompson

Schedule
Sun · 9:30 AM to 12:30 PM ET
Included
40 hours of live online classes plus six months of access to the complete TTP EA OnDemand course.
  • 165+ EA Score Guarantee
  • 4,100+ Quant, Verbal, and Integrated Reasoning practice questions
  • 400+ hours of in-depth video lessons
  • 3,000+ step-by-step video solutions
View EA class & enroll
Limited cohort · enrollment openTarget Test Prep
GMATOnDemand Start anytime
SELF-PACED MASTERCLASS

Target Test Prep GMAT OnDemand

Complete access from day one. Study on your schedule.

715+ score guarantee
$0to start then $127/mo
  • Personalized study plan and analytics
  • Thousands of lessons and practice questions
Start free 5-day trial
Read 559 reviewsTarget Test Prep

Compare the format, schedule, and included access before enrolling. Prices and seat counts shown reflect the supplied offer details.

Four small pumps and two large pumps are filling a tank. Each of the small pumps works at three-fifth the rate of the

Expert replies
Post new topic Post Reply
Previous Topic Next Topic
Moderator
Posts: 2685
Joined: Sun Oct 29, 2017 2:08 pmFollowed by: 2 members
by AAPL » Tue May 13, 2025 6:59 pm

Timer

00:00

Answers

A

B

C

D

E

Stats

Difficulty—

Four small pumps and two large pumps are filling a tank. Each of the small pumps works at three-fifths the rate of the large pump. If all \(6\) pumps work at the same time, they should fill the tank in what fraction of the time that it would have taken if only one large pump and only one small pump were working together?

A. \(1/7\)
B. \(2/9\)
C. \(3/8\)
D. \(4/11\)
E. \(5/12\)

OA D
Top
Join the discussion
Log in to postLogin with Googleuse password
QUOTE IN REPLY
Source: — Problem Solving |
Post new topic Post Reply
• Page 1 of 1