Hello dear community,
I have a small problem with one of the tasks in my technical mechanics exercise today.
How do I get the -0.035 out of here? I've tried a lot of things and often get -0.021 or -0.046 but never the right result.
I won't ask my professor because he's currently on vacation and won't be available by email until next week.
I hope someone can help me here.
(No Ratings Yet)
Loading...I absolutely do not understand how I am supposed to get the missing currents I1, I2, I3 and I Roman 3. Can anyone help me with this?
…walk through the bat? Or would he start laughing out loud? How would the audience react? Would they look stunned and amazed, or would they also laugh out loud and heartily?
I have some difficulties with this exercise
We consider a cycle with temperatures Thigh = 60 °C and Tlow = 10 °C and volumes Vhigh = 60 L and Vlow = 10 L, which consists of the following sub-steps: A → B: isochoric cooling B → C: isothermal compression C → D: isochoric heating D → A: isothermal expansion b) Calculate ΔS…
With this formula:
There someone photographed the sacred writing from the Bizeps-Bernd xD
However haha
Thanks for the formula, just have some problems with the meanings of the characters in the formula.
We always had only Sigma X and Sigma Y and Sigma Z, these are Sigma 11,22 and 33, right? If so, what is Sigma ik and the last sign?
Delta ik is the Kronecker Delta, which is simply 1 if i = k, and 0 otherwise. Sigma 11 is the normal voltage in the e1 direction at the plane whose normal vector shows in the e1 direction. A normal voltage in this direction. It may be that they are different from you.