1. Walk through and reproduce mathematically the derivation of
the Fisher equation for models with and without relative PPP. What
are the implications of both for the relative price of exports?
Walk through and reproduce mathemetically the derivation of the
Fisher equation for models with and without relative PPP. What are
the implications of both for the relative price of exports?
Derivation of the equation of change for the Reynolds stresses. At the end of S5.2 it was pointed out that there is an equation of change for the Reynolds stresses. This can be derived by (a) Multiplying the ith component of the vector form of Eq. 5.2-5 by vj and time smoothing, (b) Multiplying the jth component of the vector form of Eq. 5.2-5 by v’ and time smoothing, and (c) Adding the results of (a) and (b) Show that...
Questions for Crystal Violet Lab.
Give the derivation of a first order rate equation and show why
the plots of Ln ([dye]o/[dye]t) vs t should
be linear.
What property other than [dye]t and
[dye]o could have been used for the plot of Ln
([dye]o/[dye]t) vs t? Explain your
answer.
Write a molecular equation for the precipitation reaction that
occurs (if any) when each set of solutions is mixed. If no reaction
occurs, write NOREACTION. 1. sodium chloride and lead(II) acetate
2. lithium sulfide and strontium iodide 3. cesium chloride and
calcium sulfide 4. aluminum sulfate and sodium phosphate
Write a molecular equation for the precipitation reaction (if any)
that occurs when the following solutions are mixed. If no reaction
occurs write noreaction. Express answer as a chemical equation
Identify all the phases in answer.
A. Sodium carbonate and lead (ll) nitrate
B. Potassium sulfate and lead (ll) acetate
C. Copper (ll) nitrate and barium sulfide
D. Copper nitrate and sodium iodide
(a)Use Netwons Second Law of Motion to prove that the equation
governing the forced damped harmonic oscillator (spring-mass
system) is: mx"(t) + cx'(t) + kx(t) = F(t): (Explain what the
constants m; c; k are and what the function F(t) is. Draw a picture
of the system.)
(b)Assume m = 1; c = 0; k = 4; that F(t) = cos(2t); and that the
object attached to the spring begins from the rest position. Find
the position function using the...
Balance and complete the precipitation reaction and the write
balanced net ionic equation
AgNO3 (aq) + Na2SO4 (aq) —>
Net ionic equation:
(Please explain how answers were derived please so I can
understand)