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solve for x and y for beer lambert equation 0.558= 0.0942(x)+ 0.0243(y) 0.309=0.0076(x)+0.047(y)
Write an equation for the absorbance of any protein as a function of protein concentration using the Beer-Lambert law. Assume that the protein is pure, you know the primary sequence, and that there are no other components that absorb light at lambda = 280 nm.
X 1.4.79 For the equation, (a) solve for x in terms of y, and (b) solve for y in terms of x 8x? - 2xy + 5y = 2 (a) Solve for x in terms of y (Use a comma to separate answers as needed. Do not factor)
Solve both 3+4 please 3. Solve the exact equation. Solve the Homogeneous equation 4. yar+(y-x)dy = 0. 3. Solve the exact equation. Solve the Homogeneous equation 4. yar+(y-x)dy = 0.
8. Solve the differential equation y" + y = sin(x) cos(x).
Solve the following differential equation: xy' + y = sin(x) + e^x 3. Solve the following differential equation: ry' + y = sin(x) +e
solve the differential equation dy y(x - y) dx x2
Solve the Bernoulli equation a) xy′−4y = x^2√y, b) y′ = y(y^3 cosx +tgx), Solve the exact equation a) 2xcos^2 ydx +(2y−x2sin2y)dy = 0, b) (x^3 −3xy^2 +2)dx−(3x^2y−y^2)dy = 0, PLEASEEE it would mean a world to me
- y(x) 41. Use the method of Frobenius to solve the equation: x y"(x) + I Solution, Tanerad..to students and extra credit for undergraduates:
Solve the differential equation to y' +y= V1 + cos2 x, y(1) = 4. Then y= ___ when x = 2.
Solve the exact differential equation (4 x y tsin x) dx + (x" - Y) dy = 0