Author: tdpel

Your prepaid meter comes with your unique meter number written on your prepaid meter card. It is best you write out this number as the card is of low quality and the meter number will soon fade off.

You will always need this meter number to load your prepaid meter. Think of it as your phone number that you are about to recharge. If you lose it or forget it, then you can no longer load your meter.

Goodnews is your meter number will always be in every receipt every time you load your prepaid meter so you can always get it from there

Before you can load your prepaid meter, ensure there is power supply in your area and in your meter as you cannot do anything with your prepaid meter without it being powered.

Fix battery into your handheld prepaid meter controller that comes with your meter and wait for it to power on.

Once it’s on, it will show your current remaining credit. Note that it will only work if there is power, else it will be writing failed.

Note that all the numbers you need to check every information on your prepaid meter will be written by the side or back of the meter controller.

The guide below is for EDMI prepaid meter but the step is the same for all others.

Recharging, Reloading Prepaid Meter

To load your token unit, just start punching in the 20 digits number you got in your receipt, after which you press the enter button on the meter controller.

Prepaid Meter Balance

To check your current meter balance or available credit, punch 01 and press enter, wait a bit and it will dispplay your current credit in kW/h.

Total Credit Recharged

To check all the credits you have recharged on your prepaid meter since you got it, type 02 and press enter. Wait for response. What you see is all the credits you have purchased throughout the life time of your prepaid meter.

Meter Number

In case you lose your prepaid meter card or can no longer see your prepaid meter number, you can check your meter number by punching 08 into your meter controller. You wait to see the complete number.

Supplu Group Code

To see your supply group code, punch 09 into the meter controller. You may need your supply group code if asked by PHCN officials or if you have issues with your meter.

Tarrif Index

To view your tariff Index, punch 11 and press enter. Wait for the reponse.

Estimated Days Left

To see total number of days left for you to have electric power based on your last recharge and current usage, press 17 and press enter. The number may be more or less it just depends on how much power you are using.

Current Usage

To see the amount of power you are currently using, punch 36 into the meter controller. You can control the number by switching off some light bulbs and appliances.

Last Token Recharge Date

To see the date you recharged your prepaid meter last, punch 65 and press enter. Wait for the response.

Last Token Recharge Value

To see the last units you were given on your last recharge, type 67 and press enter. Wait for the input.

Last Token Numbers Recharged

To see the last token digits you punched in when you last recharged, use the numbers 68 – 77 and wait for the response.

You can register with Scooper news and start earning USD0.8 per article you post.

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Chemistry Practical Questions For WAEC

1. Great care should be taken to ensure that the information given in items 2 and 3 below does not reach the candidates either directly or indirectly before the examination.

2. In addition to the fittings and reagents normally contained in a chemistry laboratory, the following apparatus and materials will be required by each candidate.

(a) one burette of 50cm³ capacity.

(b) one pipette, either 20cm³ or 25cm³.

All candidates at one centre must use pipettes of the same volume. These should be clean and free from grease.

(c) the usual apparatus for titration;

(d) the usual apparatus and reagents for qualitative work including the following with all reagents appropriately labelled.

(i) dilute sodium hydroxide solution.

(ii) dilute hydrochloric acid.

(iii) dilute trioxonitrate(v) acid.

(iv) silver trioxonitrate(v) solution.

(v) acidified potassium dichromate solution.

(vi) aqueous ammonia.

(vii) lime water.

(viii) red and blue litmus paper.

(ix) dilute tetraoxosulphate(vi) acid.

(e) Spatula.

(f) filtration apparatus.

(g) one beaker.

(h) one boiling tube.

(i) four test tubes.

(j) Methyl orange as an indicator.

(k) mathematical table/calculator.

(l) wash bottle containing distilled/deionized water.

(m) a burning splint.

(n) watch glass.

(o) bunsen burner/source of heat.

(p) droppers.

(3) Each candidate should be supplied with the following where n is the candidate’s serial number.

a) 150cm³ of a solution of HCL, in a corked flask or bottle, labelled “An”. These should all be the same containing 9.0cm³ of concentrated HCL (about 60%) per dm³ of solution.

(b) 150cm³ of NaOH solution in a corked flask or bottle labelled “Bn”. These should all be the same containing 4.8g of NaOH per dm³ of solution.

(c) one spatula of a uniform mixture of CUSO4 and (NH4)2CO3 in a specimen bottle and corked immediately, and labelled “Cn”. The components of the mixture should be in the ratio 1 : 1 by mass.

(d) One spatula full of crystals of iodine in a specimen bottle labelled “Dn”. This must be the same for all candidates.

4. In all cases, more materials may be issued if required.

5. The actual concentrations of “An” and “Bn” must be stated on the Supervisor’s Report form. The candidates will assume that the concentrations are exactly as stated in the question paper.

Click here for answers

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Chemistry Practical WAEC 2021 Specimen Questions

1. Great care should be taken to ensure that the information given in items 2 and 3 below does not reach the candidates either directly or indirectly before the examination.

2. In addition to the fittings and reagents normally contained in a chemistry laboratory, the following apparatus and materials will be required by each candidate.

(a) one burette of 50cm³ capacity.

(b) one pipette, either 20cm³ or 25cm³.

All candidates at one centre must use pipettes of the same volume. These should be clean and free from grease.

(c) the usual apparatus for titration;

(d) the usual apparatus and reagents for qualitative work including the following with all reagents appropriately labelled.

(i) dilute sodium hydroxide solution.

(ii) dilute hydrochloric acid.

(iii) dilute trioxonitrate(v) acid.

(iv) silver trioxonitrate(v) solution.

(v) acidified potassium dichromate solution.

(vi) aqueous ammonia.

(vii) lime water.

(viii) red and blue litmus paper.

(ix) dilute tetraoxosulphate(vi) acid.

(e) Spatula.

(f) filtration apparatus.

(g) one beaker.

(h) one boiling tube.

(i) four test tubes.

(j) Methyl orange as an indicator.

(k) mathematical table/calculator.

(l) wash bottle containing distilled/deionized water.

(m) a burning splint.

(n) watch glass.

(o) bunsen burner/source of heat.

(p) droppers.

(3) Each candidate should be supplied with the following where n is the candidate’s serial number.

a) 150cm³ of a solution of HCL, in a corked flask or bottle, labelled “An”. These should all be the same containing 9.0cm³ of concentrated HCL (about 60%) per dm³ of solution.

(b) 150cm³ of NaOH solution in a corked flask or bottle labelled “Bn”. These should all be the same containing 4.8g of NaOH per dm³ of solution.

(c) one spatula of a uniform mixture of CUSO4 and (NH4)2CO3 in a specimen bottle and corked immediately, and labelled “Cn”. The components of the mixture should be in the ratio 1 : 1 by mass.

(d) One spatula full of crystals of iodine in a specimen bottle labelled “Dn”. This must be the same for all candidates.

4. In all cases, more materials may be issued if required.

5. The actual concentrations of “An” and “Bn” must be stated on the Supervisor’s Report form. The candidates will assume that the concentrations are exactly as stated in the question paper.

Click here for answers

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This is to inform prospective students of Kogi State University that the management has released the Approved cut off Marks for 2021/2022 Admission process.

The cut off Marks for Departments ranges from 160 to 220 depending on the course of study. Below are the Courses and their Approved cut off Marks

*Agriculture:160

*Fishery and agriculture:160

*Food science and technology:160

*Forestry:160

*Home science:160

*Arabic language and literature: 160

*Christian religious knowledge:160

*English and literally studies: 160

*History and international studies: 160

*Islamic studies:160

*Philosophy: 160

*Theater art:160

*Education and biology: 160

*Education and chemistry: 160

*Education and mathematics: 160

*Education and physis: 160

*Education and Christian religious knowledge:160

*Education and Islamic studies:160

*Education and English language:160

*Education and economics: 160

*Education and Geography: 160

*Education and social studies 160

*Human kinetics and health education: 160

*Education administration and planning: 160

*Library and information science:160

*Islamic and Sheria law 220

*Common law: 220

*Accounting: 160

*Banking and finance: 160

*Businesses administration: 160

*Public administration: 160

*Animal and environmental biology: 160

*Biochemistry: 160

*Chemistry: 160

*Computer: 170

*Geology: 160

*Industrial chemistry: 160

*Mathematics: 160

*Microbiology: 180

*Physis: 160

*Plant science and biotechnology: 160

*Statistics: 160

*Economics: 160

*Geography and planning: 160

*Mass communication: 180

*Political science: 160

*Sociology: 160

*Human anatomy: 160

*Human physiology: 160

The Registrar of the National Examinations Council, NECO, Professor Dantani Ibrahim Wushishi, has advocated the abolition of the policy of using Credits in English Language and Mathematics as the main criterion in admitting students into tertiary institutions.

Speaking at the 2021 Biennial National Conference of the Association of Model Islamic Schools in Minna, the Niger State Capital, the Registrar also called for the establishment of an Examination Offences Tribunal to fast track the trial of offenders and to remove the bottlenecks being experienced in the prosecution of offenders.

In a presentation titled “The Consequences of Examination Malpractice: Closing the Gaps and Incentives for National Growth”, Professor Wushishi said; “the Federal Government should relax the emphasis on certification and paper qualification for everything in the country; screening of results and certificates of students, workers and public officers should be taken very seriously.”

He noted that the policies, programmes, processes, products and politics of the education sector needed to be overhauled, adding that adequate facilities and infrastructures must be provided in public schools for effective teaching and learning to take place.

The Registrar revealed that Bauchi, Borno, Kano and Kebbi States featured prominently in examination malpractices in the last five years, blaming parents, teachers and the school saw system for the rise in the act.
He said all hands must be on deck to weed the menace from Nigeria’s educational system.

Also speaking, the Dean, School of Sciences and Technology Education, Federal University of Technology, Minna, Professor Amos Isiaka Gambari, said teachers must be encouraged to adopt modern technologies into their instructional process.

“Government and Educational stakeholders should provide adequate digital literary training for teachers to enable them to integrate technology for effective instructional delivery in this 21st century,” he said.

Delivering a paper titled: “Re-branding Islamic Model Schools for Comprehensive Development of the Child”, Professor Abiodun Musa Aibinu of the Federal University of Technology, Minna, lamented that many graduates of Nigerian Educational institutions could not put into practice what they had studied because the emphasis had always been on certificate rather than practical skills that would help them contribute to national development.

He described the current educational system in the country as dysfunctional, lacking cognant focus on child development and national building.

2021 WAEC Chemistry Practical Question Answer Specimen

1. Great care should be taken to ensure that the information given in items 2 and 3 below does not reach the candidates either directly or indirectly before the examination.

2. In addition to the fittings and reagents normally contained in a chemistry laboratory, the following apparatus and materials will be required by each candidate.

(a) one burette of 50cm³ capacity.

(b) one pipette, either 20cm³ or 25cm³.

All candidates at one centre must use pipettes of the same volume. These should be clean and free from grease.

(c) the usual apparatus for titration;

(d) the usual apparatus and reagents for qualitative work including the following with all reagents appropriately labelled.

(i) dilute sodium hydroxide solution.

(ii) dilute hydrochloric acid.

(iii) dilute trioxonitrate(v) acid.

(iv) silver trioxonitrate(v) solution.

(v) acidified potassium dichromate solution.

(vi) aqueous ammonia.

(vii) lime water.

(viii) red and blue litmus paper.

(ix) dilute tetraoxosulphate(vi) acid.

(e) Spatula.

(f) filtration apparatus.

(g) one beaker.

(h) one boiling tube.

(i) four test tubes.

(j) Methyl orange as an indicator.

(k) mathematical table/calculator.

(l) wash bottle containing distilled/deionized water.

(m) a burning splint.

(n) watch glass.

(o) bunsen burner/source of heat.

(p) droppers.

(3) Each candidate should be supplied with the following where n is the candidate’s serial number.

a) 150cm³ of a solution of HCL, in a corked flask or bottle, labelled “An”. These should all be the same containing 9.0cm³ of concentrated HCL (about 60%) per dm³ of solution.

(b) 150cm³ of NaOH solution in a corked flask or bottle labelled “Bn”. These should all be the same containing 4.8g of NaOH per dm³ of solution.

(c) one spatula of a uniform mixture of CUSO4 and (NH4)2CO3 in a specimen bottle and corked immediately, and labelled “Cn”. The components of the mixture should be in the ratio 1 : 1 by mass.

(d) One spatula full of crystals of iodine in a specimen bottle labelled “Dn”. This must be the same for all candidates.

4. In all cases, more materials may be issued if required.

5. The actual concentrations of “An” and “Bn” must be stated on the Supervisor’s Report form. The candidates will assume that the concentrations are exactly as stated in the question paper.

Click here for answers

Bookmark this page and keep refreshing for updates.

WAEC Chemistry Practical Alternative A D Questions And Answers

Chemistry Practical Questions to study.

1. Great care should be taken to ensure that the information given in items 2 and 3 below does not reach the candidates either directly or indirectly before the examination.

2. In addition to the fittings and reagents normally contained in a chemistry laboratory, the following apparatus and materials will be required by each candidate.

(a) one burette of 50cm³ capacity.

(b) one pipette, either 20cm³ or 25cm³.

All candidates at one centre must use pipettes of the same volume. These should be clean and free from grease.

(c) the usual apparatus for titration;

(d) the usual apparatus and reagents for qualitative work including the following with all reagents appropriately labelled.

(i) dilute sodium hydroxide solution.

(ii) dilute hydrochloric acid.

(iii) dilute trioxonitrate(v) acid.

(iv) silver trioxonitrate(v) solution.

(v) acidified potassium dichromate solution.

(vi) aqueous ammonia.

(vii) lime water.

(viii) red and blue litmus paper.

(ix) dilute tetraoxosulphate(vi) acid.

(e) Spatula.

(f) filtration apparatus.

(g) one beaker.

(h) one boiling tube.

(i) four test tubes.

(j) Methyl orange as an indicator.

(k) mathematical table/calculator.

(l) wash bottle containing distilled/deionized water.

(m) a burning splint.

(n) watch glass.

(o) bunsen burner/source of heat.

(p) droppers.

(3) Each candidate should be supplied with the following where n is the candidate’s serial number.

a) 150cm³ of a solution of HCL, in a corked flask or bottle, labelled “An”. These should all be the same containing 9.0cm³ of concentrated HCL (about 60%) per dm³ of solution.

(b) 150cm³ of NaOH solution in a corked flask or bottle labelled “Bn”. These should all be the same containing 4.8g of NaOH per dm³ of solution.

(c) one spatula of a uniform mixture of CUSO4 and (NH4)2CO3 in a specimen bottle and corked immediately, and labelled “Cn”. The components of the mixture should be in the ratio 1 : 1 by mass.

(d) One spatula full of crystals of iodine in a specimen bottle labelled “Dn”. This must be the same for all candidates.

4. In all cases, more materials may be issued if required.

5. The actual concentrations of “An” and “Bn” must be stated on the Supervisor’s Report form. The candidates will assume that the concentrations are exactly as stated in the question paper.

Click here for answers

Bookmark this page and keep refreshing for updates.

2021 WAEC Chemistry Practical Specimen Questions And Answers

WAEC Chemistry 2021 Specimen.

The following apparatus and materials will be required by each candidate in addition to the fittings and reagents normally contained in a chemistry laboratory.

(a) one burette of 50cm³ capacity.

(b) one pipette, either 20cm³ or 25cm³.

All candidates at a centre will use pipettes of the same volume. These should be clean and free from grease.

(c) the usual apparatus for titration;

(d) the usual apparatus and reagents for qualitative work including the following with all reagents appropriately labelled.

(i) dilute sodium hydroxide solution.

(ii) dilute hydrochloric acid.

(iii) dilute trioxonitrate(v) acid.

(iv) silver trioxonitrate(v) solution.

(v) acidified potassium dichromate solution.

(vi) aqueous ammonia.

(vii) lime water.

(viii) red and blue litmus paper.

(ix) dilute tetraoxosulphate(vi) acid.

(e) Spatula.

(f) filtration apparatus.

(g) one beaker.

(h) one boiling tube.

(i) four test tubes.

(j) Methyl orange as an indicator.

(k) mathematical table/calculator.

(l) wash bottle containing distilled/deionized water.

(m) a burning splint.

(n) watch glass.

(o) bunsen burner/source of heat.

(p) droppers.

(3) Each candidate should be supplied with the following where n is the candidate’s serial number.

(a) 150cm³ of a solution of HCL, in a corked flask or bottle, labelled “An”. These should all be the same containing 9.0cm³ of concentrated HCL (about 60%) per dm³ of solution.

(b) 150cm³ of NaOH solution in a corked flask or bottle labelled “Bn”. These should all be the same containing 4.8g of NaOH per dm³ of solution.

(c) one spatula of a uniform mixture of CUSO4 and (NH4)2CO3 in a specimen bottle and corked immediately, and labelled “Cn”. The components of the mixture should be in the ratio 1 : 1 by mass.

(d) One spatula full of crystals of iodine in a specimen bottle labelled “Dn”. This must be the same for all candidates.

WAEC Chemistry Practical Questions

1. A is a solution of potassium tetraoxomanganate (VII). B is a solution of iron (II) Chloride containing 4.80 g of the salt in 250cm3 of solution.

(a) Put A into the burette. Pipette 20.0cm3 or 25.0 of B into a conical flask, add 20.0cm3 of H2SO4(aq)and titrate with A. repeat the titration to obtain concordant titire values.

Tabulate your results and calculate the average volume of A used. The equation of the reaction is: MnO–4(aq) + 5Fe2+(aq) + 8H+(aq) > Mn2+(aq) + 5Fe3+(aq) + 4H2O(I)

(b) From your results and the information provided, calculate the

(i) concentration of B in moldm-3;

(ii) Concentration of A in moldm-3 (

iii) number of moles of Fe2+ in the volume of B pipetted [FeCI2 = 127 gmol-1].

Credit will be given for strict adherence to the illustrations for observations precisely and for accurate inferences.

All tests, observations and inferences must be clearly entered in the booklet in ink at the time they are made.

2. C and D are inorganic salts.

Carry out the following exercises on them.

Record your observations and identify any gas(es) evolved. State the conclusions and draw fromt the result of each test.

(a) Put all of C in a test tube and add about 5cm3 of distilled water. Shake thoroughly and test the resulting solution with litmus paper. Divide the solution into three portions.

(i) To the first portion, add NaOH(aq) in drops, then in excess.

(ii) To the second portion, add NH3(aq) in drops, then in excess.

(iii) To the third portion, add AgNO3(aq) followed by HCI(aq)

(b)(i) Put all of D in a test tube and add about 5cm3 of distilled water.

Shake thoroughly and feel the test tube. (ii) To about 2cm3 of the solution, add HCI(aq).

3. State the observations that would be made when each of the following reactions are carried out in the laboratory

(a) Addition of 2cm3 of bench H2SO4(aq) to 2cm3 of barrium chloride solution;

(b) Addition of 2cm3 of dilute hydrochloric acid to 1 g of powered iron(II) sulphide (FeS);

(c) Addition of 2cm3 of dilute hydrochloric acid to 1 g of iron filings and allowed to stand for sometime.

WAEC Chemistry Practical Answers

1. Equation of the reaction: MnO–4(aq) + 5Fe2+(aq) + 8H+(aq) > Mn2+(aq) + 5Fe3+(aq) + 4H2O(I)

3ai)
oxygen

(3c)

It turns blue litmus paper red.

3d
Pure copper(II) sulfate is white. It is also known as anhydrous copper(II) sulfate because it has no water in it. When water is present in a sample of copper(II) sulfate it turns blue.

This colour change can be used to detect the presence of water (or water vapour).

3c(i)
When exposed to light, silver chloride decomposes into gray metallic silver and chlorine. The light sensitivity of the silver chloride and other silver halides, such as silver bromide and silver iodide, forms the basis of the photographic process.

3bi()

Phenolphtalein is chosen because it changes color in a pH range between 8.3 – 10. It will appear pink in basic solutions and clear in acidic solutions. ..

3c(i)
When exposed to light, silver chloride decomposes into gray metallic silver and chlorine. The light sensitivity of the silver chloride and other silver halides, such as silver bromide and silver iodide, forms the basis of the photographic process.

3cii
The ammonia combines with silver ions to produce a complex ion called the diamminesilver(I) ion, [Ag(NH3)2]+. This is a reversible reaction, but the complex is very stable, and the position of equilibrium lies well to the right.

3d
Pure copper(II) sulfate is white. It is also known as anhydrous copper(II) sulfate because it has no water in it. When water is present in a sample of copper(II) sulfate it turns blue.

This colour change can be used to detect the presence of water (or water vapour).

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WAEC Physical Education Essay And Objective

1. Which of the following sequence is a correct administrative structure in a typical state sports council?

A. Chairman sports director assistant director organizing secretaries’ coaches.

B. Chairman assistant director sports director coaches organizing secretaries.

C. Chairman sports director assistant director coaches organizing secretaries.

D. Chairman assistant director coaches organizing secretary sports director.

2. A State Sports Council is preparing athletes for the National Sports Festival. The Officer who
processes personal data, allowances and makes arrangements for equipment and accommodation
of the athletes is likely to be the

A. Assistant Director.

B. Confidential Secretary.

C. Organizing Secretary.

D. Coach.

3. The person in charge of training athletes before an international competition is the

A. Sports secretary.

B. Sports master.

C. Coach.

D. Director.

4. The head of all coaches in a Sports Council is the

A. Referee.

B. Umpire.

C. Chief track judge.

D. Chief coach.

5. Which of the following sports administration bodies controls school sports commission?

A. National Sports Commission

B. Sport Council

C. State government

D. Local government

6. The functions of the Sports Council include

A. Providing funds for athletes for international competition.

B. Testing athletes for drug use before competition.

C. Training athletes for international competition.

D. Disqualifying athletes for violating the rules for competition

Essay

1. State four functions of the coach in the State Sports Council.

2. Mention three officials in a typical ball game and state two functions of each.

3. Draw a simple diagram/organogram to illustrate the administrative structure of a typical
sports council.

PAPER 3

1. Study the diagrams below carefully and use it to answer questions that follow;

(a) (i) Name the athletic event for which the facility illustrated above is used.

(ii) Name the parts labeled I, II, III and IV.

(b) (i) Mention three officials that should be present during the use of the facility illustrated.

(ii) Mention the two equipments used to indicate valid and invalid attempts.
during the use of the facility.
(b) (i) Mention three officials that should be present during the use of the facility illustrated

(ii) Mention the two equipments used to indicate valid and invalid attempts during the use of the facility

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