IJMBE FOR EASY ADMISSION

WHAT IS I.J.M.B.E??

      I.J.M.B.E  (Interim Joint Matriculation Board Examination). This is a nine month programme approved by the
Nigerian University Commission (N.U.C), the federal government and by the Official Jamb body as a platform or medium or means of securing admission directly to 200L into any university of your choice and all it requires is an O-Level result be it (WAEC ,NECO, G.C.E, NABTEB), with the minimum of five credit for one sitting and six credit for student using two sittings as a mode of entry
I.J.M.B.E 'A' Level program is going to take you directly into
200-Level without JAMB and also expose you to higher educational standard which would make you come out in flying colours everywhere you go.
     Evidently, with this program, you can catch up with your mate next year in 200Level and also make you BETTER because you have better understanding on what you are going to meet in the university

     I.J.M.B.E program isn't just a means of gaining admission into higher institution(university) but also a means of acquiring knowledge, skills and experience which would " ENABLE THEM SHINE AND BE THE BEST " wherever they are.
Because I.J.M.B E open up their mind to ADVANCE LEVEL LEARNING.

       WHO CAN APPLY??


• Those who could not meet up with jamb cut-off

• OND/NCE student which result is not up to standard (good enough) to secure admission into
university

• Student seeking admission into any university

• All jambites

• Student who pass JAMB/post JAMB but unable to get admission

• Student who did not sit for JAMB examination at all

• Student with deficiency in O'levels (waec,neco,nabteb)

• Student who just graduated from SSS 3

• Student awaiting results                                                                        

• University students with low G.p(Grade point)
.  Students that did'n pass their JAMB examination

    ·   Enrollment benefits of IJMBE

           
    IJMBE has many benefits, and the below are benefit if you should register for IJMBE

1. You won't need to write JAMB, anymore before you would gain admission into Nigerian universities without it.

2. You are going be admitted into 200 level after the IJMBE programme.

3. The chances of you gaining admission into Nigerian universities is way higher with IJMBE result because only a few people know about IJMB programme. About 20,000 student sits for IJMBE examination every year, while JAMB is always with the high level of registration of about 1.7 million yearly.

4. IJMBE result does not expire, you can use it even after 20 years to use it to gain admission unlike JAMB that you need to write every year.

5. You get tips on what to expect in your universities days when you already gain admission into Nigerian university, it will not be new to you again because you have gone through IJMBE learning scheme, IJMBE stands as the best mode to securing admission into 200 level after passing IJMBE examination.

6. IJMBE also offers special advantages of apprenticeship for students who desire to stand alone without dependence on governmental work which these days brings no value to those doing them.
    
         Register-able courses available    

·         ·  PA – Public Administration

·         ·  BAF – Banking and Finance

·         ·  MKT – Marketing

·         ·  MC – Mass Communication

·         ·  URP – Urban and Regional Planning

·         ·  POL SCI – Political Science

·         ·  EVIL SCI – Environmental Science

·       

   ·         A.   ART COURSES

CODE	SUBJECT COMBINATION	POSIBLE UNDERGRADUATE COURSES
045	CRS, GOVT, LIT	LAW, B.SC PA, , POL SCI, INTER STUDIES
060	GEO, GOVT, A/L MATHS	ENVL SCI, POL SCI, INTER STUDIES, GEO, PA
061	GEO, GOVT, SOCIOLOGY	(SINGLE HONOURS) POL SCI, INTER STUDIES, PA, LAW, ARCHAEOLOGY, MC

·        

B.   SCIENCE COURSES

CODE	SUBJECT   COMBINATION	POSIBLE UNDERGRADUATE COURSES
027	BIO, CHEM, A/L    PHYSICS	MEDICINE, VET MED, PHARM, BIOCHEM, MCB, AGRIC SCI, TXT SCI, SINGLE HONOURS
028	BIO, CHEM, GEO	AGRIC SCI, ARCHAELOGY, BIOCHEM, MCB, PHYSICOLOGY (SINGLE HONOURS)
030	BIO, CHEM, PHY	MED, VET MED, AGRIC SCI, TXT SCI AND TECH, PHARM, BIOCHEM, ARCHAEOLOGY, MCB SINGLE HONOURS
043	CHEM, PHY, A/L   MATHS	ENGINEERING, ENVIRONMENTAL SCI, TXT SCI, COMPUTER SCI, COMPUTER ENG, AGRIC SCI, GEOPHYSICS (SINGLE HONOUR)
039	CHEM, GEO, A/L MATHS	ENVIRONMENTAL SCI, AGRIC SCI, ARCHAELOGY, TXT SCI (SINGLE HONOUR)
040	CHEM, PHY, GEO	ENVL SCI, ENGR, AGRIC SCI, ARCHAEOLOGY, TXT SCI, (SINGLE HONOURS)

·        

C.   SOCIAL SCIENCE COURSE

CODE	SUBJECT COMBINATION	POSIBLE UNDERGRADUATE COURSES
004	ACCT, BUS MGT A/L MATHS	ACCT,BUS ADIM,PA,               BAF,  MKT
005	ACCT, BUS MGT, ECONS	ACCT,BUS ADIM, ECONS,PA,BAF,MKT
006	ACCT,BUS,MGT,GEO	ACCT,BUS ADIM,PA,BAF,MKT,
007	ACCT,BUS MGT,GOVT	ACCT, BUS MGT,PA,BAF,MKT
008	ACCT,BUS MGT, SOCIOLOGY	ACCT, BUS MGT,SOCIOLOGY,PA,BAF,MKT
009	ACCT,ECONS,GEO	ACCT,BUS ADMIN,ECONS,PA,BAF,URP
010	ACCT,ECONS,GOVT	ACCT,BUS ADIM,ECONS,BAF,MKT,MC
011	ACCT,ECONS,SOCIOLOGY	ACCT,BUS ADIM,ECONS,SOCIOLOGY,PA,BAF
012	ACCT,GEO,A/L MATHS	ACCT,BUS ADIM,ECONS,GEO,PA,BAF,MKT,URP
013	ACCT,GEO,GOVT	ACCT, BUS ADIM, ECONS, PA, BAF,MKT
014	ACCT, GEO, SOCIOLOGY	ACCT,BUS ADIM, SOCIOLOGY, MC,PA,BAF,MKT
015	ACCT, GOVT, A/L MATHS	ACCT, BUS ADIM, PA, MKT, BAF
016	ACCT, GOVT, SOCIOLOGY	ACCT, BUS ADIM, SOCIOLOGY, POL SCI, INTER STUDIES, PA, MC, BAF, MKT
031	BUS MGT, ECONS, A/L MATHS	BUS ADIM, ACCT, ECONS, URP, BAF, MKT
032	BUS MGT, ECONS, GEO	BUS ADIM, ECONS, ACCT, URP, BAF, MKT
033	BUS MGT, ECONS, GOVT	BUS ADIM,POL SCI, INTER STUDIES, PA, ECONS,MC, ACCT, BAF, MKT
034	BUS MGT, ECONS, SOCIOLOGY	BUS ADIM, (SINGLE HONOUR) ACCT, PA, BAF
035	BUS MGT, GEO, A/L MATHS	BUS ADIM, ENVL SCI, ACCT, PA, BAF, MKT
036	BUS MGT, GEO, GOVT	PA, BUS ADIM, ACCT, BAF, MKT
037	BUS MGT, GEO, SOCIOLOGY	BUS ADIM, SOCIOLOGY, MKT, ACCT, BAF, PA
038	BUS MGT, GOVT, SOCIOLOGY	BUS ADIM, PA, SOCIOLOGY, MKT, POL SCI, INTER STUDIES, ACCT, BAF
049	ECONS, GEO, A/L MATHS	ENVL SCI, URP, (SINGLE HONOUR) ACCT, BAF, PA, BAF, MKT
050	ECONS, GEO, GOVT	URP, ACCT, PA, BAF, MKT, MC, (SINGLE HONOURS)
051	ECONS, GEO, SOCIOLOGY	URP(SINGLE HONOURS, in all three subjects) ACCT, PA,BAF
052	ECONS, GOVT, A/L MATHS	PA, POL SCI, INTER STUDIES, ECONS, MC, ACCT, BAF, (SINGLE-HONOURS)
053	ECONS, GOVT, SOCIOLOGY	ECONS, POL SCI, INTER STUDIES, PA, SOCIOLOGY, MC, ACCT, BAF, (SINGLE HONOURS)

·          

IJMBE FOR EASY ADMISSION

Unknown Tuesday, 23 May 2017

Waves as energy transfer

Tsunami buoy

      ‘Wave’ is a common term for a number of different ways in which energy is transferred:

• In electromagnetic waves, energy is transferred through vibrations of electric and magnetic fields.
• In sound waves, energy is transferred through vibration of air particles or particles of a solid through which the sound travels.
• In water waves, energy is transferred through the vibration of the water particles.

Waves transfer energy but not mass. Buoys like this DART® tsunami buoy are moved up and down by the waves that pass by them but don’t move directionally across the water.

Waves transfer energy but not mass

When we watch surf waves coming into shore, it’s easy to think that individual water particles are moving towards us, but that’s not actually the case. The particles involved in waves move back and forth perpendicularly to the way the wave is going, but don’t move significantly in the direction of the wave. The particles ‘take part’ in the wave by bumping into one another and transferring energy. This is why energy can be transferred, even though the average position of the particles doesn’t change.

How does this work? It can help to think of a buoy bobbing in the ocean. The buoy is moved up and down by the waves that pass by it, but doesn’t move directionally across the water.

You could also think about a Mexican wave at a sports match. The wave moves around the arena, but the audience members don’t move around with it – they only stand up and sit down (a perpendicular movement to the wave direction).

Particles in a water wave exchange kinetic energy for potential energy

When particles in water become part of a wave, they start to move up or down. This means that kinetic energy (energy of movement) has been transferred to them. As the particles move further away from their normal position (up towards the wave crest or down towards the trough), they slow down. This means that some of their kinetic energy has been converted into potential energy – the energy of particles in a wave oscillates between kinetic and potential energy.

Mexican wave

As each person stands up and sits down, the ‘Mexican wave’ moves around the arena. The average position of each person doesn’t change.

Thinking about potential energy can help us understand why tsunamis can be so damaging. When a tsunami approaches the shore, it shoals (becomes much higher), so the water particles are displaced further from equilibrium. They acquire a lot of potential energy, and this is released when the wave interacts with land.

Measuring the energy in a wave

Why do some waves have more energy than others? A wave’s frequency and wavelength are both indicators of its energy, but this differs for different types for waves.

For water waves, those with a high speed and long wavelength (like a tsunami) have the most energy. For electromagnetic waves, speed is constant, so waves with a high frequency and a short wavelength (like X-rays) are the most energetic.

For all waves, a greater amplitude means more energy.

Harnessing wave energy

Scientists in New Zealand and elsewhere are looking at how to turn the energy of water waves into electricity. The oceans around New Zealand are promising places to generate wave power because we have large waves and strong currents. Generating wave power would involve an underwater device (like a paddle, for example) that would move in response to waves and drive a turbine that would produce electricity.

The idea of wave power is appealing because waves are a sustainable resource – they can’t be used up (unlike other resources, like coal, that are used for making electricity in New Zealand). However, they are quite inefficient – they need a lot of coastal space to generate useful quantities of energy. Using mathematical modelling and physical model building, Kiwi scientists are investigating how to harness wave power, but it will be some time before we’re using electricity from wave power in our homes.

Waves as energy transfer

Unknown Sunday, 7 May 2017