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iGCSE CIE Physics 0625 (2020 Syllabus) Formula List. General. Average speed (ms-1) = distance (m) time (s) Average velocity (ms-1) = displacement (m) time (s) v = s. t. Period of a pendulum (s) = total time (s) number of swings.
Calculate the magnitude of their displacement and its direction from the horizontal. Step 1: Draw a vector diagram Step 2: Calculate the magnitude of the resultant vector using Pythagoras' Theorem
Place the object Q with its centre on the metre rule at the 90.0 cm mark. Place a load of weight P = 2.0 N on the metre rule. Adjust the position of the load so that the metre rule is as near as possible to being balanced and horizontal.
iGCSE CIE Physics 0625 (2020 Syllabus) Formula List. General. Average speed (ms-1) = distance (m) time (s) Average velocity (ms-1) = displacement (m) time (s) v=s. t. Period of a pendulum (s) = T= total time (s) number of swings. t. number. Acceleration (ms-2) = final velocity (ms-1) – initial velocity (ms-1) time (s) a = v-u. t.
iGCSE CIE Physics 0625 (2020 Syllabus) Formula List General Average speed (ms-1) = distance (m) time (s) Average velocity (ms-1) = displacement (m) time (s) v = s t Period of a pendulum (s) = total time (s) number of swings T = t number Acceleration (ms-2) = final velocity (ms-1) – initial velocity (ms-1) time (s) a = v-u t Weight (N) = mass ...
Fig. 2.1. (a) Calculate the magnitude of the resultant force on the car. resultant force =. N [1] (b) Tick the box below that describes the motion of the car. travels forward at constant speed. travels forward with increasing speed. travels forward with decreasing speed. travels backward at constant speed.
INSTRUCTIONS. Answer all questions. Use a black or dark blue pen. You may use an HB pencil for any diagrams or graphs. Write your name, centre number and candidate number in the boxes at the top of the page. Write your answer to each question in the space provided. Do not use an erasable pen or correction fluid. Do not write on any bar codes.
