class, how can you differentiate the liquid and gases in terms of their properties
All I want is my daughter back but will the court let me have it?
Huh? its already been discussed to them before but they forgot it already. How would it happen.? Ahh I need to use other way in order for them to remember it easily
LIQUID
- Fixed Volume- cannot be squashed
YES MA'AM
DO YOU UNDERSTAND CLASS?
- not rigid-no fixed shape
I'm being framed for a crime I didn't commit! I have to prove my innocence to get back to my daughter.
GAS
YES MA'AM
- No Fixed volume- Can be squashed
YES MA'AM
Ms. Jodi asked question again, but this time, all of her students became silent, no one were raising their hands.
1. IDEAL FLUID - incompressible and it is an imaginary fluid that does'nt exist in reality2. IDEAL PLASTIC FLUID - it is when the shear stress become proportional to the velocity gradient and more than yield value3. REAL FLUID - fluids having viscosity4. NEWTONIAN FLUID - obeying newton's law of viscosity
The evidence I needed is buried in a chest at this beach - I've found it!
When no one wants to answer her question, She tried to seek an easy way for her students to remember it effectively
5. NON-NEWTONIAN FLUID -not obeying newton's law of viscosity6. INCOMPRESSIBLE FLUID - it is when the density of fluid remains invariant with the application of external force7. COMPRESSIBLE FLUID - it is when the density of fluid varies with the application of external force.
Now, I can present this find to the court and I'll get to see my daughter again!
Ms. Jodi created a venn diagram which summarizes the properties of liquid and gas. In this way, her students understand easily their differences in terms of properties.
That's the end of our discussion. I hope you've learned a lot . SEE YOU TOMORROW. GOOD BYE
DADDY!
GOOD BYE MA'AM
Then she begin to discuss the last part of her today's lesson
Okay, Thank you. Now let's go to the diff. types of fluid. There are 7 types of fluid and those are....