Alright so I have been given a table for a transducer as follows:
Operation
Input range 0–1000 cm H2O
Excitation 15 V DC
Output range 0–5 V
Performance
Linearity error 0.5% FSO
Hysteresis error Less than 0.15% FSO
Sensitivity error 0.25% of reading
Thermal sensitivity error...
I attached the HW assignment. Its question number 2.
I choose a control volume including the cooling stream from the lake and the fluid being condensed. I assumed with this CV that the heat generated was 0 and that the net Work was 0.
Using these assumptions I solved for the mass...
This isn't a homework question in its entirety, I'm just wondering what the difference is between a Mode ratio and a mode shape? I'm taking a mechanical vibrations course and trying to figure out what the problem is asking for when it wants a mode shape...
Homework Statement
1. How do you expect the frequency generator output voltage to change with increasing load (decreasing
impedance)?
2. Explain the meaning of component tolerance. (E.g. Tolerance of a resistor)
3. Is a real inductor completely reactive? Why
Homework Equations...
I apologize for putting this in the wrong section I'm using the answer for la place transforms so maybe this is where the calculus comes in, How can i write this so it fits into the table of laplace transforms?
I'm sure this is a no brainer to someone, but here it is..
what is does the partial fraction of this look like in expanded form? Or how can I make it fit on the table of laplace transforms?
__(2s+1)__
(s-1)^2 + 1
I'm doing lapace transforms and I'm to the stage where I am finding inverse transforms. A problem I am stuck on involves doing partial fractions of a complex equation. I have attempted to do it, and now I have a question about my answer.
My answer is
-2i+1exp((1-i)*t) +...