AP EAMCET Physics Important Formulas 2025
Candidates must grasp AP EAMCET Physics Important Formulas 2025 to obtain maximum scores in the examination. The Mathematics section will comprise a total of 80 MCQs.
AP EAMCET Physics Important Formulas 2025:
Referring to important physics formulas for AP EAMCET 2025 exam is crucial for effective exam preparation and success. These formulas help you understand main ideas, solve problems, and improve your performance. They are vital for making accurate calculations and learning the basic principles of physics. The AP EAMCET 2025 examination will take place from May 21 to May 27, 2025 for the engineering stream.
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AP EAMCET Chemistry Important Formulas 2025
AP EAMCET Physics Important Formulas 2025
To achieve good scores in AP EAMCET Physics 2025, here is the list of important formulae that should be on the tip of candidates.
| Physics Formulas | Formulas |
| Average Speed Formula | S = d/t |
| Acceleration Formula | a =v-u/t |
| Density Formula | P=m/V |
| Power Formula | P=W/t |
| Newton’s Second Law | F = m × a |
| Weight Formula | W=mg |
| Pressure Formula | P=F/A |
| Ohm’s Law Formula | V= I × R |
| Kinetic Energy Formula | E = ½ mv² |
| Frequency Formula | F =v/λ |
| Pendulum Formula | T = 2π√L/g |
| Fahrenheit Formula | F = (9/5× °C) + 32 |
| Work Formula | W = F × d × cosθ |
| Torque Formula | T = F × r × sinθ |
| Displacement Formula | ΔX = Xf–Xi |
| Mass Formula | F = m × a or m = F/m |
| Amplitude Formula | x = A sin (ωt + ϕ) |
| Tension Formula | T= mg+ma |
| Surface Charge Density Formula | σ = q / A |
| Linear Speed Formula | V(linear speed) = ΔS/ΔT |
| Position Formula | Δx=x2−x1 |
| Heat of Fusion Formula | q = m × ΔHF |
| Gravity Formula | F α m₁m₂/r₂ |
| Spring Potential Energy Formula | P.E=1/2 k × x2 |
| Physics Kinematics Formula | v2=v2o+2a(x-xo) |
| DC Voltage Drop Formula | V=I × R |
| Hubble’s Law Formula | v = Ho r |
| Induced Voltage Formula | e = – N(dΦB/dt) |
| Latent Heat Formula | L = Q / M |
| Wavelength Formula | λ = v/f |
| Gravitational Force Formula | F = G(m1m2)/R2 |
| Potential Energy Formula | PE = mgh |
| Strain Energy Formula | U = Fδ / 2 |
| Friction Force Formula | f = μN |
| Cell Potential Formula | E0cell = E0red − E0oxid |
| Shear Modulus Formula | (shear stress)/(shear strain) = (F/A)/(x/y) |
| Water Pressure Formula | Water pressure= ρ g h |
| Refractive Index Formula | n = c/v |
| Centroid Formula | C = [(x1 + x2 + x3)/ 3, (y1 + y2 + y3)/ 3] |
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