Igcse physics formula - Study guides, Class notes & Summaries

IGCSE Physics Formula 2023 Update Speed - ANS-distance / time Acceleration - ANS-change in velocity / time taken Final Velocity - ANS-original velocity + (acceleration x time) Weight (N) - ANS-mass x gravitational field strength Force (N) - ANS-mass x acceleration Work Done (J) - ANS-force x distance moved Gravitational Potential Energy (J) - ANS-= mass x gravity x height Kinetic Energy - ANS-½ x mass x speed² Power (W) - ANS-= work done (J) / time taken (s) Efficiency - ANS-= Cont...

IGCSE Physics Formula Exam Questions Correctly Solved 2024. Speed - CORRECT ANSWER distance / time Acceleration - CORRECT ANSWER change in velocity / time taken Final Velocity - CORRECT ANSWER original velocity + (acceleration x time) Weight (N) - CORRECT ANSWER mass x gravitational field strength Force (N) - CORRECT ANSWER mass x acceleration Work Done (J) - CORRECT ANSWER force x distance moved Gravitational Potential Energy (J) - CORRECT ANSWER = mass x gravity x height...

IGCSE Physics Formulae 2023 distance/time - ANS-Average speed mass x acceleration - ANS-Force change in velocity/time taken - ANS-Acceleration mass/volume - ANS-Density force x distance moved - ANS-work done work done - ANS-Energy transferred 1/2 x mass x speed² - ANS-Kinetic energy mass x g x height (mgh) - ANS-Gravitational potential energy mass x gravitational field strength - ANS-Weight force/area - ANS-Pressure force x perpendicular distance from pivot - ANS-moment current x ti...

IGCSE PHYSICS FORMULA QUESTIONS AND ANSWERS WITH SOLUTIONS 2024

Physics Formulas IGCSE Coordinated Science 0653 Latest Update 2023 speed formula - Distance/time (m/s) Velocity formula - displacement/time Acceleration formula - final velocity-initial velocity/time Force formula - mass x acceleration (F=ma) Pressure formula - force(F)/area(A) )Pa) Density formula - mass(kg)/volume(m^2) Moment formula - force x distance Hooke's Law Formula - F = -kx (spring constant x extension) momentum formula - mass x velocity (kg m/s) Work formula - force x dist...

IGCSE Physics Formula All Verified 1. Define speed using the formula. - Speed = distance / time 2. Define acceleration using the formula. - Acceleration = change in velocity / time taken 3. Calculate the final velocity using the formula involving initial velocity and acceleration over time. - Final Velocity = initial velocity + (acceleration x time) 4. Express weight (in Newtons) using its formula involving mass and gravitational field strength. - Weight (N) = mass x gravitational field...

These are IGCSE physics notes (0625) for the new syllabus (2023+) for chapters: -electromagnetic effect -nuclear physics -radioactivity -all of space physics -formula sheet

IGCSE (General Physics) All Answers Correct 1. Avoiding parallax error - To avoid parallax error, view the ruler perpendicularly. 2. Meniscus used in measuring volume - When measuring volume, use the bottom meniscus, except for Mercury, where the upper meniscus is used. 3. Measuring short intervals of time - Measure time by timing a specific number of cycles and then dividing the total time by the number of cycles. 4. Mass - Mass is the amount of matter in an object or the property o...

CIE IGCSE Physics Guaranteed Success 1. Define speed using the formula. - Speed = distance ÷ time 2. What does a distance-time graph look like when the object is at rest? - It shows a horizontal line. 3. What does a distance-time graph look like when the object is moving with constant speed? - It appears as a slanted line. 4. What does a distance-time graph look like when the object is moving with changing speed? - It displays a curved line. 5. What does the area under the graph repre...

IGCSE PHYSICS 2025 1. Speed - Definition: Distance an object travels in a given time (m/s or km/s). - Characteristic: Speed is a scalar quantity, indicating only magnitude. 2. Velocity - Definition: Speed in a specific direction (displacement / time). - Characteristic: Velocity is a vector quantity, encompassing both speed and direction. 3. Acceleration - Definition: Rate of change of velocity (m/s²) (change in velocity / time). 4. Distance-Time Graphs - Speed Interpretation: Gradient r...