In 2015:

91% grade ones and 70% National Scholarships from a single class.

First and second place in U2 and U1 respectively, in the entire Caribbean.

Tags : #Education

Location :

LP. #307 Southern Main Road, Cunupia Village

Contacts :

National Scholarship winners produced every single year since the start of our classes.

Small classes of 16 students allow for individual attention and outstanding performance. Students have email and phone access to teacher at all times.

Anynomous

14 June 2018

This topic has been added to the first section of Module 3 effective 2018. Most upper six students will see it next week at school in the form of 12 simple points and not much more.
Our students however, will be given so much resources that it will be impossible for CAPE to ask something they don't know.
Material taken from entire textbooks, journal articles and research papers amounting to hundreds of pages, is being made into what will surely be a Global advantage when that topic shows up in exams.
Anynomous

10 June 2018

Get ready for the new format exam in 2019.
Let our 10 years of experience make this easy for you.
Sessions begin on June 30th, 2018.
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Location: L.P.# 307 Southern Main Road, Cunupia. Registration: $100. Tuition: $300 per month.
Book your spot now.
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Anynomous

10 May 2018

6 hours of in-depth exam readiness training.
Get that final check.
Make sure you can do answers which exceed CAPE’s marking requirements.
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Friday May 11th, 2018.
1 p.m. to 7 p.m.
LP# 307 Southern Main Road, Cunupia.
Cost: $100
Message here or call 739-2656 to book your spot.
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Anynomous

17 March 2018

Get better at chemistry.
Spend two days with us and have one less thing to think about.
Unit 1: April 4th – 10 a.m. to 8 p.m. and April 5th – 10 a.m. to 4 p.m.... Unit 2: April 11th – 10 a.m. to 8 p.m. and April 12th – 10 a.m. to 4 p.m.
Small group size of 16 persons, designed for students to get their individual questions answered.
Location: Global (LP# 307 S.M.R. Cunupia), south of Low Cost supermarket, opposite Jackman Trace.
Spots available by pre-registration only, on a first come first served basis. Registration can be done on Saturdays between 8 a.m. and 4 p.m. or Tuesdays and Thursdays between 5 and 7 p.m.
Cost: $500.
CSEC session to be held on April 22nd, 2018 between 10 a.m. and 8 p.m. at a cost of $400.
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Anynomous

06 February 2018

The recycling process for lead-acid batteries is relatively simple. First, inspectors peruse tractor trailers full of the batteries for foreign objects. For example, some large lithium-ion batteries look to the untrained eye like lead ones and can taint recycling.
Recyclers then break the batteries and drain them of electrolyte. Many recyclers convert the sulfuric acid into sodium sulfate, commonly used as a powdered laundry detergent filler. Machines crush the solids and a f...lotation tank separates the plastic, which is carted off for reprocessing into resin that will be made into new battery casings.
The remaining solids consist mostly of lead, lead dioxide, and lead sulfate. The lead compounds are smelted at high temperatures—sometimes more than 1,000 °C—with a carbon reducing agent.
The resulting lead metal is further refined in kettles at about 500 °C to get rid of the impurities.
Emissions from the smelter first run through a baghouse, which captures particulates, and then through scrubbers, which grab most of the other emissions.
An electrostatic precipitator, is a “final polishing step.” It electrostatically charges any remaining particles and magnetically attracts them to the surface of metal tubes.
This method has allowed one recycling plant to drastically reduce lead emission. It now it releases about 5 kg during the processing of about 200,000 metric tons of lead acid batteries per year.
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Anynomous

08 August 2017

EASY WAY TO FIGURE OUT STRUCTURES IN JUNE 2017 U2 P2 Q 4(c)(i)
As an alcohol is oxidized to an aldehyde or ketone and then to a carboxylic acid, the number of bonds between the reactive carbon atom and oxygen atoms increases from one to two to three.
#CAPEChemistry... #CAPEPastPapers
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Anynomous

21 February 2017

Good review if you've already covered deduction of reaction mechanisms.
Anynomous

31 December 2016

PAST PAPER ANSWER
This worked example is just too close to the 2010 U2 P2 Q 5(c).
Nice double check for students preparing for tomorrow's class.
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Make sure you can work the practice exercise; this topic hasn't come for 2 years already.
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Anynomous

29 November 2016

PAST PAPER ANSWER - 2009 U1 P2 Q2(b).
We first posted this more than 5 years ago. It's relevant again because this question will be covered on Sunday.
Here is the answer.
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Be careful with units of the rate constant as they must correspond to second order.
To get a clearer picture of why 1/[NO2] is used to prove the reaction is second order, look at the table here.
For derivations of each of these integrated forms, see "An Introduction to Chemical Kinetics - M. Wright (Wiley, 2004)" - chapter 3.
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