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In this case, we use the equation for the entropy of a mid-tread quantizer, (42), to calculate H(E Q).
We can use the equation for the distance around a circle (its circumference) in place of d in our equation.
The simplicity of the basic distance equation (d = s avg × t) makes it quite easy to use the equation for finding the values of variables besides distance.
Therefore, you need to consider the y-component, or use F = 10sin30° N. Use the equation for torque, τ = Fr, to simply replace the variables with your given or obtained data.
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We use the equations for the entomological quantities defined at the unique fixed point of the system of difference equations describing the dynamics of malaria in mosquitoes to determine these entomological quantities at a given coverage level.
The data for PALDH and ECLDH were interpreted using the equation for mixed type inhibition, whereas the data for FNLDH were interpreted using the equation for competitive type inhibition.
For measurement PL2, we used the equation for perpendicular anisotropy in an antiferromagnetic material: X ⊥ = C 2 θ P (4).
The data that indicated significant competitive-type and mix-type inhibition were interpreted using the equation for competitive-type (Equation 3) and mix-type inhibition (Equation 4), respectively.
The data that indicated significant substrate inhibition were interpreted using the equation for substrate inhibition (Equation 2) (Eszes et al. [1996]).
The data for FNLDH, PALDH, and ECLDH were interpreted using the equation for competitive-type, mix-type, and noncompetitive-type inhibition of allosteric enzyme.
The air density (ρ a ) varies with elevation and is recalculated at each point in the trajectory using the equation for a perfect gas.
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CEO of Professional Science Editing for Scientists @ prosciediting.com