1 - to get an a star in igcse you have to be professional in answering questions.
2 - to be professional you have to practice answering the pastpapers and use a marking scheme to check your answers make sure the mark sheme answres are containd in your answers ,
3 - more than you just practiced on past papers you have to be well prepared for any surprises and new ideas
4 - for an a star it is better to study from cambridge or edexcel (depends on your syllabus) books not form notes
5 - you have to be distinctive more over in cambrige exams the grade depends on the curve at your center so it is enough to be distinctive (i mean compare your self with the intellgent students ).
the threshold in igcse is the pastpapers followed by the exellent use of the mark sheme (published by examiners ) that answer is enough.
it depends upon the threshold for that year
It fluctuates, depending on the general performance of the rest of the candidates.
you will need 60% to get a C in IGCSE
Star Trek Voyager - 1995 Threshold 2-15 was released on: USA: 29 January 1996 Germany: 5 July 1997
No
Igcse exams are not really hard . And a fact that people didn't know is that they have a curve .
IGCSE Core covers essential topics, while IGCSE Extended covers a broader range. The core is less challenging, while Extended requires deeper understanding. The grading scale and eligibility may differ between the two levels.
I did my IGCSE Math in one year and I got an A*. So for the second year, people who got A and A* moved into the higher level math, where we did Pure Mathematics, or A/O math (also from Edexcel and is now part of the IGCSE - Pure Mathematics). Pure Mathematics is like basically the first year of IB Higher Level Mathematics, so we're kind of ahead.So I don't know for sure, but you do a Math exam when you enter IB and they put you in the level they think you fit in.But I think you either have to get an A or an A* in your IGCSE's. At least an A.
It begins collapsing, which causes gravitational heating. If the mass of the star is below a certain threshold the collapse stops, leaving a white dwarf. If the mass of the star is above a certain threshold the gravitational heating makes the star hot enough to ignite helium fusion and the star begins making carbon. The now very hot stellar core makes the star expand to a red giant.
universities dont look at igcse they look at AS or A2
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