I understand how the equations are set up but I can't seem to solve the maths to get the equilibrium constants. Is there something I am missing? Like I said, I am aware that X = 200 thus that value remains at that. Also, From the fourth equation K_{out} = Cl_{out}.
Homework Statement
With the 5 equations, the equilibrium contants can be calculated at the bottom. (See image)
My complication
I am aware that X = 200 thus that value remains at that. Also, From the fourth equation K_{out} = Cl_{out}. But, I cannot seem to work out the values. If not...
This is a question...
For the following question:
y^{'}=\frac{dy}{dx}=3y
I get the solution...
\int \frac{1}{3y} dy = \int dx
\frac{1}{3}ln y = x + c
y = e^{3x}+e^{3c}
However the textbook example says the solution is...
y = ce^{3x}
My question is would my answer be incorrect...
I live in UK. I haven't seen the ash but it's said that it's so high up that it doesn't effect people living here and thus it is not visible.
As for people stuck abroad, trains are very booked. Also, in France, there are train strikes which makes the situation harder...
Homework Statement
To find the reaction at A and B. (See image below)
Homework Equations
Moments and Area
The Attempt at a Solution
Area of load: (0.3)(6) = 1.8kN
Moments about A: -(6)(0.15) + RB(0.6) = 0 --> RB = 1.5kN
4. The error and question
I get the reaction force at...
Hi, I'm learning Bipolar Junction Transistor and need help to confusion which arise so I will keep posting questions which I don't understand to this thread. Thank you in advance. So my questions start:
When using hybrid pi model and t model, we determine the dc operating point first. In one...