Taking this problem, but assuming i know the decay rate (x) how would i solve for the height usin...
how would i solve by taking squre roots??
How would i solve this ?? step by step please and how do i know when to use lnT1/T2=Ea/8.314(1/t2-1/t1) or lnT2/T1= Ea/8.314(1/t2-1/t1)? Determination of Activation Energy continued ex. The rate constant for the decomposition of dinitrogen pentoxide in the gas phase is 1.66 M?s at 375 °C and 7.39 M--2 at 430 °C. Determine the activation energy. 2 N2O3(g) → 4 NO(g) + 3 0248) K= - Ea/RT AC
Need help solving this problem. I don't know how to solve it. Please help as soon as you can so I can figure it out fast. Thank you! EX 3; oa x se oz gul 4 Otherwise X (1+3yn f (x, y) = find Marginal PDF Sf), fy Cy), fx/y(x/y) 2. Find Probability P ( 7 < x ₂ / 4 = 1 1.
How do I solve for T in this equation, assuming I know all the other constants. solue for Ti assume all other constants are known
I am taking a financial institutions and markets course and most of the exercises I solve with my TI 84 Plus (texas instruments) using either the TVM solver or the other Financial apps such as bal( or ΣPrn( or ΣInt(. However, for some, I don't know how to and, even though there are answers, I can't fully understand them because of the annuity symbol (the angle mark that is on the solution below). My problem is that I don't understand...
I know how to solve the rest of this problem but I dont understand how we get this equation to start with 4. Calculate the pH after 0.013 mol of gaseous HCl is added to 260.0 mL of the following buffered solution (Kb, NHB 1.76 x 10) 0.22 M NH3 and 0.45 M NH4Br
i would like to know how to solve this step by step
SOLVE USING MAPLE! What would the codes be for solving with maple? I do know how to solve by hand, but a picture of the code inputted in maple is what I’m stuck on. THANK YOU! Note how this formula for u(r, t) satisfies the wave equation and the boundary condition at z = 0, The other conditions in the wave problem do not concern the points in the region II and thus should not be checked. In the exercises,...
help me solve this fluids problem. i need an answer for what the new height would be if pressure is increased by dp. Pa id atmospheric pressure. Find new differential height if Pa is increased by dp
I know how to solve some of these. My problem is when you have to solve for 'i' on the second machine via trial and error. How do you do this? Can you show how to solve machine two via trial and error? And for the ROR on Machine 3. How do you solve for i? 8.38 Four different machines were under consideration for materials flow improvement on a drug bottling line. An engineer performed the economic analysis to select...