Physics Synoptic

Question 1

Answer 1

Question 2

Determine s

Answer 2

Question 3

Skip 1.5, s = 0.17

Answer 3

Question 4

Answer 4

Micrometer

Question 5

Just do 2.5

Answer 5

Question 6

Answer 6

Question 7

Answer 7

Question 8

Skip 4.2

Answer 8

Question 9

Skip 1.7

Answer 9

Question 10

Answer 10

Question 11

Answer 11

Question 12

Answer 12

Question 13

Answer 13

Question 14

Answer 14

Question 15

Answer 15

Question 16

Answer 16

Question 17

Answer 17

Question 18

Answer 18

Question 19

Answer 19

Question 20

Answer 20

Question 21

Answer 21

Question 22

Answer 22

Question 23

Answer 23

Question 24

Answer 24

Question 25

Answer 25

Question 26

Answer 26

Question 27

Answer 27

Question 28

Answer 28

High powerful radio emitter

Question 29

Skip 3.1 and 3.2

Answer 29

Question 30

Only Q3.4

Answer 30

Question 31

Answer 31

Question 32

Answer 32

Y-shift

Question 33

Answer 33

Question 34

Answer 34

Question 35

Answer 35

Question 36

First two answers on the 2024 A level practical skills

Answer 36

0.5mm, 6.72

Question 37

Explain how gap is closed before taking reading off diameter -

Answer 37

Turn thimble until small gap, close gap but turning ratchet. Must be done . like this because otherwise it may be crushed. Which will change its diameter.

Question 38

When switch is closed voltmeter reading is 397mV. Show resistance R is about 0.5

Answer 38

Question 39

Where resistance of x is 0.5

Answer 39

Do (0.5) /( 300 x 10^-3) =1.667

Question 40

Answer 40

Question 41

Answer 41

Error bar for R was 1.9x longer at L=388nm than L at 209nm. Error bar for L stayed the same.
The horizontal error bars will all have the same widths as the uncertainty in R is constant.

Question 42

Outline how error bars are used to determine uncertainty in the gradient of a linear graph

Answer 42

Maximum and minimum gradients can be determined by gradients of line that pass through all error bars with one being the steepest line possible and the other being the shallowest. Use max and min to find the best gradient. % uncertainty = (best - worst gradient) / best gradient x 100%

Question 43

Explain why Reading in figure 6 shows that ohm-meter is set to range C

Answer 43

C because Reading is set to 2 decimal places

Question 44

Answer 44

Question 45

Find minimum of B and maximum of C, state which should be used to measure R

Answer 45

Question 46

Answer 46

Question 47

Answer 47