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 Starts Oct 17
Chris Peckover, Target Test Prep GMAT expert
LIVE ONLINE CLASSES

Get Ready for GMAT Test Day Faster with Live Online Classes

with Chris Peckover, 100th-Percentile GMAT Scorer

Oct 17 · Chris Peckover
Sat · 11:00 AM to 2:00 PM ET
Oct 20 · Chris Peckover
Tue, Thu · 8:00 to 10:00 PM ET
Oct 25 · Josh Braslow
Sun · 1:00 to 4:00 PM ET
Included
40 hours of live online classes + 6 months of TTP OnDemand
  • Attend the first class for free
  • Every class is recorded, so you never fall behind
View classes & enroll
Limited seats availableTarget Test Prep
EALiveTeachOnDemand 5 seats left Start anytime
EXECUTIVE ASSESSMENT

Target Test Prep EA OnDemand

Self-paced EA prep. Study on your schedule.

Logan Thompson
EXECUTIVE ASSESSMENT

Sep 6 to Dec 6, 2026

with Logan Thompson

165+ EA score guarantee
$05-day trial no automatic billing
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 Start free 5-day trial
Limited cohort · enrollment openTrial includes full course accessTarget 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

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

little confused

Expert replies
by stufigol » Thu Feb 04, 2010 9:20 pm
From OG
If n=4p, where p is a prime number greater than 2, how many different positive divisors does n have, including n?
A/2
B/3
C/4
D/6
E/8
I UNDERSTAND THE ANSWER IS 2,4,2p and 4p, but it says including n so it might be 5 different positive divisors not only4.
correct me if i am wrong which is mostly possible.
thank you
Join the discussion
Source: — Problem Solving |

by Osirus@VeritasPrep » Thu Feb 04, 2010 9:26 pm
n = 4p so by counting 4p and n you would be counting the same number twice.

The factor box would look like this

n
|------------------------------
| 2, 2, p
|
|

The different factors are 2, 4, 2p, and 4p.
https://www.beatthegmat.com/the-retake-o ... 51414.html

Brandon Dorsey
GMAT Instructor
Veritas Prep

Buy any Veritas Prep book(s) and receive access to 5 Practice Cats for free! Learn More.
Join the discussion

by money9111 » Thu Feb 04, 2010 10:10 pm
i liked this one hehe
My goal is to make MBA applicants take onus over their process.

My story from Pre-MBA to Cornell MBA - New Post in Pre-MBA blog

Me featured on Poets & Quants

Free Book for MBA Applicants

Join the discussion

by thephoenix » Thu Feb 04, 2010 10:18 pm
stufigol wrote:From OG
If n=4p, where p is a prime number greater than 2, how many different positive divisors does n have, including n?
A/2
B/3
C/4
D/6
E/8
I UNDERSTAND THE ANSWER IS 2,4,2p and 4p, but it says including n so it might be 5 different positive divisors not only4.
correct me if i am wrong which is mostly possible.
thank you
divisors will be
2,4,p,n,2p

makes it 5
but i am surprised y 1 is not counted here as divisors(which will make it 6 diff divisor)
on the D day i wud have marked D as ans
Join the discussion

by ajith » Thu Feb 04, 2010 11:29 pm
stufigol wrote:From OG
If n=4p, where p is a prime number greater than 2, how many different positive divisors does n have, including n?
A/2
B/3
C/4
D/6
E/8
I UNDERSTAND THE ANSWER IS 2,4,2p and 4p, but it says including n so it might be 5 different positive divisors not only4.
correct me if i am wrong which is mostly possible.
thank you
n= 2^2*p^1

total num of factors = (2+1)(1+1) =6

[If a number can be expressed as n = a^x*b^y*c^z.....

where a,b,c... are prime and x,y,z are integers, number of factors n has is, (x+1)(y+1)(z+1).....]
Always borrow money from a pessimist, he doesn't expect to be paid back.
Join the discussion