OCR A-Level Computer Science paper 1 terms
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1 Dimensional Arrays>>> A standard list array - one index is needed to search for something in an array. 
2 Dimensional Arrays>>> An array with 2 indexes needed to search - for example a table could be this. 
Interception of PseudoCode>>> The ability to pick out and explain parts of code. 
Big O'>>> A measure of complexity within a piece of code. 
Recursion>>> The process of looping, calling itself in looping. 
Functions>>> A decompose...
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OCR A-Level Computer Science paper 1 terms•OCR A-Level Computer Science paper 1 terms
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A-Level AQA Computer Science Paper 1 And Paper 2 ) (Solved Questions 100% VERIFIED QUESTIONS AND ANSWERS)• By johnlynn297
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1 Dimensional Arrays>>> A standard list array - one index is needed to search for something in an array. 
2 Dimensional Arrays>>> An array with 2 indexes needed to search - for example a table could be this. 
Interception of PseudoCode>>> The ability to pick out and explain parts of code. 
Big O'>>> A measure of complexity within a piece of code. 
Recursion>>> The process of looping, calling itself in looping. 
Functions>>> A decompose...
1 Dimensional Arrays>>> A standard list array - one index is needed to search for something in an array. 
2 Dimensional Arrays>>> An array with 2 indexes needed to search - for example a table could be this. 
Interception of PseudoCode>>> The ability to pick out and explain parts of code. 
Big O'>>> A measure of complexity within a piece of code. 
Recursion>>> The process of looping, calling itself in looping. 
Functions>>> A decompose...
- Package deal
- Exam (elaborations)
- • 18 pages's •
-
OCR A-Level Computer Science paper 1 terms•OCR A-Level Computer Science paper 1 terms
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A-Level AQA Computer Science Paper 1 And Paper 2 ) (Solved Questions 100% VERIFIED QUESTIONS AND ANSWERS)• By johnlynn297
Preview 3 out of 18 pages
Getting your document ready...
1 Dimensional Arrays>>> A standard list array - one index is needed to search for something in an array. 
2 Dimensional Arrays>>> An array with 2 indexes needed to search - for example a table could be this. 
Interception of PseudoCode>>> The ability to pick out and explain parts of code. 
Big O'>>> A measure of complexity within a piece of code. 
Recursion>>> The process of looping, calling itself in looping. 
Functions>>> A decompose...
Hooke's Law>>> ∆F = k∆x 
where k is the stiffness of the object 
Stress>>> σ=F/A 
where F is force and A is cross sectional area 
Strain>>> ε=∆x/x 
where x is the original length of the material and ∆x is the extension 
Young Modulus>>> Stress/Strain 
Tensile stress/strain>>> Causes the length of the material to increase, the forces act away from the center 
Compressive stress/strain>>> Causes the length of the material to decre...
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OCR A-Level Computer Science paper 1 terms•OCR A-Level Computer Science paper 1 terms
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Hooke's Law>>> ∆F = k∆x 
where k is the stiffness of the object 
Stress>>> σ=F/A 
where F is force and A is cross sectional area 
Strain>>> ε=∆x/x 
where x is the original length of the material and ∆x is the extension 
Young Modulus>>> Stress/Strain 
Tensile stress/strain>>> Causes the length of the material to increase, the forces act away from the center 
Compressive stress/strain>>> Causes the length of the material to decre...
Speed>>> =distance / time 
Velocity>>> Is a vector and therefore has both direction and magnitude. 
=displacement / time 
Accelaration>>> =(v-u)/t 
Where v is initial velocity and u is final velocity 
Displacement time graph>>> upward slope - constant positive velocity 
flat line - stationary 
downward slope - negative constant velocity 
It can often be easier to just draw a distance-time graph. 
velocity-time graph>>> 
Acceleration-time graph>>...
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OCR A-Level Computer Science paper 1 terms•OCR A-Level Computer Science paper 1 terms
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Speed>>> =distance / time 
Velocity>>> Is a vector and therefore has both direction and magnitude. 
=displacement / time 
Accelaration>>> =(v-u)/t 
Where v is initial velocity and u is final velocity 
Displacement time graph>>> upward slope - constant positive velocity 
flat line - stationary 
downward slope - negative constant velocity 
It can often be easier to just draw a distance-time graph. 
velocity-time graph>>> 
Acceleration-time graph>>...