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NOVEMBER 2001
ADVANCED SUBSIDIARY LEVEL
MARK SCHEME
MAXIMUM MARK : 25
SYLLABUS/COMPONENT : 8702/3
PHYSICS
(PRACTICAL)
Page 1 of 2 Mark Scheme Syllabus Paper
AS Level Examinations – November 2001 8702 3
Measurements
M1 Measurements
One mark for each set of readings
Intervals must be correct or –1
Check values for
a
asin
Values should be 0.0111; 0.0123; 0.0134; 0.0144; 0.0153; 0.0161
6
M2 Position of O
Measure diameter and divide by 2
Allow folding of the card ideas
1
M3 Radius value with unit
Accept 14.5 cm ± 0.2 cm
1
M4 % uncertainty in r
Accept 0.68%, 0.7%, 1%
Working must be correct
N/A 0.34% or 1.37%
1
M5 Value of y
Accept 6.3 cm ± 0.2 cm
1
M6 Quality of results
Judge by scatter of points about the line of best fit
A shallow curve gets 2
1
5 trend plots gets 2
1
2
Presentation of results
R1 Column headings
Every column heading must have a quantity
Expect to see y/cm, but ignore degrees if missing
N/A sina /degree
1
R2 Consistency of raw values of y only
Values must be given to the nearest millimetre
1
R3 SF in final value of r
Allow 2 or 3 sf only
1
Graphical work
G1 Axes
The plotted points must occupy at least half the graph grid in both the x and y
directions. The axes must be labelled.
Do not allow awkward scales.
1
G2 Plotting of points
Check one suspect plot. Work to half a small square.
1
G3 Line of best fit
At least 5 trend plots needed.
Allow a straight line to be drawn through a shallow curved trend.
1
Page 2 of 2 Mark Scheme Syllabus Paper
AS Level Examinations – November 2001 8702 3
G4 Determination of gradient
Check the read-offs and that ∆y/∆x has been calculated.
The length of the hypotenuse must be greater than half the length of the drawn
line.
1
Analysis of results
A1 Gradient equated with
π
120r 1
A2 Correct working for r 1
A3 r in range 14.0 cm to 15.2 cm 1
A4 Unit of r correct
Unit must be consistent with the value
1
A5 Sensible comment relating to r value
One mark for good agreement/same value/similar value/slightly different
One mark for sensible comment as to why the values are similar/not the same;
e.g. card is not a perfect circle, % uncertainty is small, theory is correct.
Statement ‘values are different’ scores zero.
Vague answers such as ‘inaccuracies’, ‘errors’ or ‘graph drawing’ are not to be
credited.
2
Special cases
S1 Something very wrong;
M1, -2; M6 = 0 (and probably A3 = 0 also)
S2 Substitution method for r;
A1 = A2 = 0
S3 Uses 2a instead of a ; calculator in radian mode; subtraction method for a ;
M1, -1; M6 = 0; A3 = 0
S4 POT error;
A3 = 0

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9702 w01 ms_3

  • 1. NOVEMBER 2001 ADVANCED SUBSIDIARY LEVEL MARK SCHEME MAXIMUM MARK : 25 SYLLABUS/COMPONENT : 8702/3 PHYSICS (PRACTICAL)
  • 2. Page 1 of 2 Mark Scheme Syllabus Paper AS Level Examinations – November 2001 8702 3 Measurements M1 Measurements One mark for each set of readings Intervals must be correct or –1 Check values for a asin Values should be 0.0111; 0.0123; 0.0134; 0.0144; 0.0153; 0.0161 6 M2 Position of O Measure diameter and divide by 2 Allow folding of the card ideas 1 M3 Radius value with unit Accept 14.5 cm ± 0.2 cm 1 M4 % uncertainty in r Accept 0.68%, 0.7%, 1% Working must be correct N/A 0.34% or 1.37% 1 M5 Value of y Accept 6.3 cm ± 0.2 cm 1 M6 Quality of results Judge by scatter of points about the line of best fit A shallow curve gets 2 1 5 trend plots gets 2 1 2 Presentation of results R1 Column headings Every column heading must have a quantity Expect to see y/cm, but ignore degrees if missing N/A sina /degree 1 R2 Consistency of raw values of y only Values must be given to the nearest millimetre 1 R3 SF in final value of r Allow 2 or 3 sf only 1 Graphical work G1 Axes The plotted points must occupy at least half the graph grid in both the x and y directions. The axes must be labelled. Do not allow awkward scales. 1 G2 Plotting of points Check one suspect plot. Work to half a small square. 1 G3 Line of best fit At least 5 trend plots needed. Allow a straight line to be drawn through a shallow curved trend. 1
  • 3. Page 2 of 2 Mark Scheme Syllabus Paper AS Level Examinations – November 2001 8702 3 G4 Determination of gradient Check the read-offs and that ∆y/∆x has been calculated. The length of the hypotenuse must be greater than half the length of the drawn line. 1 Analysis of results A1 Gradient equated with π 120r 1 A2 Correct working for r 1 A3 r in range 14.0 cm to 15.2 cm 1 A4 Unit of r correct Unit must be consistent with the value 1 A5 Sensible comment relating to r value One mark for good agreement/same value/similar value/slightly different One mark for sensible comment as to why the values are similar/not the same; e.g. card is not a perfect circle, % uncertainty is small, theory is correct. Statement ‘values are different’ scores zero. Vague answers such as ‘inaccuracies’, ‘errors’ or ‘graph drawing’ are not to be credited. 2 Special cases S1 Something very wrong; M1, -2; M6 = 0 (and probably A3 = 0 also) S2 Substitution method for r; A1 = A2 = 0 S3 Uses 2a instead of a ; calculator in radian mode; subtraction method for a ; M1, -1; M6 = 0; A3 = 0 S4 POT error; A3 = 0