Physics Formual Sheet

Physics Formual Sheet - Physics data booklet for use during the course and in the examinations first assessment 2025 version 1.1 annotated by yphysics (version 1.0) Fluids are assumed to be ideal, and pipes are assumed to be completely fi lled by fl uid, unless otherwise stated. V e ux = p 2gh viscous. A 1v 1 = a 2v 2 v 1 v 2 bernoulli’s equation: P+ 1 2 ˆv 2 + ˆgh= constant torricelli’s theorem: Please report any errors or accessibility issues to prof.

P+ 1 2 ˆv 2 + ˆgh= constant torricelli’s theorem: V e ux = p 2gh viscous. Please report any errors or accessibility issues to prof. Fluids are assumed to be ideal, and pipes are assumed to be completely fi lled by fl uid, unless otherwise stated. A 1v 1 = a 2v 2 v 1 v 2 bernoulli’s equation: Physics data booklet for use during the course and in the examinations first assessment 2025 version 1.1 annotated by yphysics (version 1.0)

A 1v 1 = a 2v 2 v 1 v 2 bernoulli’s equation: Physics data booklet for use during the course and in the examinations first assessment 2025 version 1.1 annotated by yphysics (version 1.0) Please report any errors or accessibility issues to prof. P+ 1 2 ˆv 2 + ˆgh= constant torricelli’s theorem: V e ux = p 2gh viscous. Fluids are assumed to be ideal, and pipes are assumed to be completely fi lled by fl uid, unless otherwise stated.

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P+ 1 2 ˆV 2 + ˆGh= Constant Torricelli’s Theorem:

Please report any errors or accessibility issues to prof. Physics data booklet for use during the course and in the examinations first assessment 2025 version 1.1 annotated by yphysics (version 1.0) V e ux = p 2gh viscous. Fluids are assumed to be ideal, and pipes are assumed to be completely fi lled by fl uid, unless otherwise stated.

A 1V 1 = A 2V 2 V 1 V 2 Bernoulli’s Equation:

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