I have not, I'm at work doing an internship at an Engineering firm and was asked to find the latent heat of vaporization of the molecule I listed. I know it's an alcohol but not much besides that since I am not too advanced in my Chemistry understanding. I'm not sure if there is some tables...
I'm hoping someone can help me find information on this, I've been searching to no avail for it. I need to know the latent heat of 2, 2', 2" (Hexahydro-1,3,5-triazine-1,3,5-triyl)triethanol CAS No. 4719-04-4 at P = 480 Psig, T = 150°F. Can anyone point me in the right direction for some info...
Sorry I forgot the r.
I mean how did someone figure out that z=reiθ? Was that realized first so then it led to Euler's formula eiθ = cos(θ)+isin(θ) or was z=reiθ realized from Euler's forumla?
I'm reviewing math material for the EIT exam, I'm going over math concepts that should be pretty basic but I feel like there are gaps in my understanding. I understand how we can use rectangular coordinates and complex numbers to find a point on the complex plane. It would follow logically...
So I'm looking through some material on creep for one of my courses. There is a graph of strain ε vs Time, t. Consisting of Primary creep, steady-state creep, and tertiary creep. I pretty much can follow that and understand why the graph looks the way it does.
However there is another...
I've calculated I(bar)AA' = (1/4)[(1/4)(mr22 - (1/2)mr22)] and simplified this to:
I(bar)AA' = (1/32)mr22
Then adding that to md2 where d = (1/2)r1 → (1/4)r2 from the parallel axis theorem to get
(1/32)mr22 + m(1/4)r22 = (9/32)mr22
The answer given by my professor is (5/16)mr22
Did I make a...
Homework Statement
B.1
The quarter ring has mass m and was cut from a thin uniform plate. Knowing that r1 = 1/2r2 determine the mass moment of inertia of the quarter ring with respect to A. axis AA' B. The centroidal axis CC' that is perpendicular to the plane of the quarter ring.
CC' is...
I am reading through my thermodynamics book. Going over a air-standard otto cycle example problem. For reference the example problem is as follows:
The temperature at the beginning of the compression process of an air-standard Otto cycle with a compression
ratio of 8 is 5408R, the pressure...
Homework Statement
The problem I must complete is problem 14.18
14.17 A small airplane of mass 1500 kg and a helicopter of mass 3000 kg
flying at an altitude of 1200 m are observed to collide directly
above a tower located at O in a wooded area. Four minutes earlier
the helicopter had been...
So essentially thermal resistance simplifies problems so that for problems such as your example you would only need to know the power dissipated by the transistor, the free stream temperature, and the surface temperature you wish to not exceed? Then it's just referencing tabulated values for...
I searched for something relevant and came up short so forgive me if there is already a thread started on this.
I am taking a heat transfer class right now and am trying to figure out a few things.
My question arose when going over thermal resistances and how it relates to the general...
I just realized in the second time I did the quadratic formula I was using 135 ft/s instead of 132 ft/s.
Also used that for the linear momentum.. I'm redoing everything right now.
Ah of course... I'm so stupid. Yeah there is, mass in English units is in slugs not lbs. I should be dividing .3125 lbs by 32.2 ft/s2
I'm closer... but still off by about 6.4 lbs.. I must be forgetting something..
mv1 + Imp1→2 = mv2
(0.3125 lbs/(32.2 ft/s2)) (132 ft/s) + F(0.0185841 s) =...