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Exam Elite Formula Platform

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866 results. Open any card and leave one value empty to calculate it.

Civil Engineering

Friction coefficient for laminar flow

Civil Engineering

\[C_{D} = \frac{24}{R_{e}}\]
GATE
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Civil Engineering

Friction coefficient for turbulent flow

Civil Engineering

\[C_{D} = \frac{24}{R_{e}} + \frac{3}{\sqrt{R_{e}}} + 0.34\]
GATE
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Physics

Friction Force

Physics

\[F = \mu \cdot N\]
Engineering
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Mechanical Engineering

Frictional torque acting on the frictional surface

Mechanical Engineering

\[T = 2 \cdot \pi \cdot \mu \cdot P_{n} \cdot R_{m} \cdot b\]
GATE
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Mechanical Engineering

Frictional torque in Uniform Wear

Mechanical Engineering

\[T = \frac{1}{2} \cdot \mu \cdot w \cdot \left(r_{1} + r_{2}\right)\]
GATE
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Mechanical Engineering

Frictional torque in uniform wear in cone clutch

Mechanical Engineering

\[T = \frac{1}{2} \cdot \mu \cdot w \cdot cosec \cdot \alpha \cdot \left(r_{1} + r_{2}\right)\]
GATE
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Electrical Engineering

Front Pitch (Progressive winding) in Lap winding

Electrical Engineering

\[Y_f = Y_b + 2\]
GATE
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Electrical Engineering

Front Pitch (Retrogressive winding) in Lap winding

Electrical Engineering

\[Y_f = Y_b - 2\]
GATE
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Electronics Engineering

fT for CE

Electronics Engineering

\[f_T = h_fe \cdot f_beta\]
GATE
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Electronics Engineering

fα for CB

Electronics Engineering

\[f_alpha = ( ( 1 + h_fe ) / ( 2 \cdot \pi \cdot r_b_prime \cdot e \cdot ( C_C + C_e ) ) )\]
GATE
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Electronics Engineering

fβ for CE

Electronics Engineering

\[f_beta = ( ( g_b_prime \cdot e ) / ( 2 \cdot \pi \cdot ( C_e + C_c ) ) )\]
GATE
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Chemistry

Gas constant

Chemistry

\[R = ( C_p ) - ( C_v )\]
Engineering
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Chemistry

Gas Equation

Chemistry

\[PV = nRT\]
Engineering
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Chemistry

Gaseous Equation

Chemistry

\[\rho = \frac{PM}{RT}\]
Engineering
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Physics

Gauss Law

Physics

\[q_{net} = \phi \cdot dS\]
Engineering
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Chemistry

Gay-Lusaac's Law

Chemistry

\[( ( ( ( P_1 ) ) ) / ( ( ( T_1 ) ) ) ) = ( ( ( ( P_2 ) ) ) / ( ( ( T_2 ) ) ) )\]
Engineering
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Finance

GDP Deflator

Finance

\[GDP_deflator = ( ( ( ( ( Nominal_GDP ) ) / ( ( ( Real_GDP ) ) ) ) ) ) \cdot 100\]
CAT & MBA
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Mechanical Engineering

Gear Train

Mechanical Engineering

\[GT = \frac{Number_{of\_teeth\_on\_driving\_gears}}{Number_{of\_teeth\_on\_driver\_gear}}\]
GATE
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Mathematics

Geometric Mean

Mathematics

\[GM = sqrt ( ab )\]
Engineering
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Chemistry

Gibb's Energy

Chemistry

\[\Delta_{G} = \Delta_{H} - TDelta_{S}\]
Engineering
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Mechanical Engineering

Gibbs phase rule

Mechanical Engineering

\[F = C - P + 2\]
GATE
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Economics

Golden rule capital stock

Economics

\[MPK = \delta + g + n\]
CAT & MBA
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Mechanical Engineering

Grashof Number (Gr)

Mechanical Engineering

\[Gr = \frac{Inertia_{force} \cdot buoyancy_{foce}}{viscous_{force}}\]
GATE
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Physics

Gravitation Energy

Physics

\[U = - ( ( ( G \cdot ( M_e ) \cdot m ) ) / ( r ) )\]
Engineering
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