Given a first order reaction aA -> bB, its rate law is: r(t) = k[A] where: r(t) is the initial rate. k is the rate constant in the appropriate units. [A] is the current concentration of A. a and b are …

The integrated rate law for a first-order reaction A → products looks like this ln([A]t [A]0) = − k ⋅ t −−−−−−−−−−−−−−−−−− Here [A]t is the concentration of the reactant after a period of time t …

Therefore, we can use the definition dU = C_VdT: color (blue) (DeltaU) = int_ (T_1)^ (T_2) C_VdT = color (blue) (3/2 R (T_2 - T_1)) REVERSIBLE WORK Next, we can use the relationship …

What is the definition of human anatomy and physiology? What is an example of each? Does anyone have any tips for how to study the names of bones, and the different parts of bones for …

The best videos and questions to learn about Exchange rate determination. Get smarter on Socratic.

Answers created by Anjali G Back to user's profile Next What is the equation of the parabola that has a vertex at (5,2) and passes through point (6,9)? How to integrate ∫ 2lnx x dx ? How do …

How can I use Kepler's law of harmonies to predict the time Mars takes to orbit the sun? Which scientist is credited with the collection of the data necessary to support the planet's elliptical …

D_f = [-2, 0)∪ (0,∞) The (natural) domain of a function is the largest set upon which its outputs are defined. In this case, f (x)=sqrt (x+2)/x^3 The numerator is radical, so must always be non …

Let n be the number of nickels she has. Using that, she has n nickels, 4n dimes, and 85-5n pennies. Let's define our variable: Let n be the number of nickels she has. According to that, …

An object is at rest at # (2 ,1 ,6 )# and constantly accelerates at a rate of #1/4 m/s^2# as it moves to point B. If point B is at # (3 ,4 ,7 )#, how long will it take for the object to reach point B? …