[9:30am - Bored! it's not easy to see 2mm white marks even on a black background, if from a distance of about 7m]
[9:45am - Sleeping in class is a bad habit. You should always be attentive]
[Starting off with full attention and devotion]
Stress and strain.
By Hooke's Law, stress is proportional to strain and not vice versa. This is because stress is the result of strain. We, being so very Mathematical (sometimes we even think of giving competition to calculators!!), think that an equation doesn't change if LHS is RHS and RHS is LHS, isn't it? But how can a left handed person write using right hand. I'm not talking about ambi-dextrous person and so I know I'm right!
That means we got to stop thinking like machines and act human, because however efficient a machine may seem, they afterall are a result of human brain's creativity, right!
So let's talk of the Hooke's Law application in our daily lives. Stress and strain, both are dangerous if you are not elastic enough, trust me. A solid doesn't know about its elastic limits, but unlike it, you've got a brain and not just to leave it get rusted (I don't know if your brain is made of iron but that's how it is said), so explore your limits, elastic limits (no, you got it wrong, I'm not the promotional model for Aarohan); afterall no one wants to get 'deformed', not me at least as I'm pretty okay with my current form, see- :)
This is the theory I used to follow, BUT since past couple of days, a doubt has crept in. Hooke's Law applies only for solids (yeah, elastic ones; you know you subject, good), so what about fluids?? As in, a fluid, just by definition itself, 'gets deformed no matter what be the value of external force applied (I'm said this definition will fetch the right marks, => it's obviously right). So in that case, I have a suggestion (I always have one :D ) - what about the freezing point?
I mean, just try and be cool enough to solidify. And after that the Hooke's Law is there to take care :)
[10:15am - Class ends with attendance as a gift for all (and this happens only when I attend the class)]
I, sure, do know my subjects!! :D :D :D
7 comments:
beta ji fluid can never be deformed...infact it has no form to be deformed. N lyf better be a fluid...adjustable in all shapes! Not a solid following hooke's law n waiting to get cracks on it....ohkayyy! So nvr let ur lyf attain freezing point##
And very very well written blog...jus opened today fo the first tym n read all ur posts....keep blogging:):)
haanji bhaiyaji..absolutely right
lyf better b fluid..but dats lyk talking abt 'ideal case' - just to be studied but wen it comes to application we do need to go 4 'real case'
n waise bhi mausam ka kya bharosa...snowfall ho jati hai kabhi, toh kabhi it's boiling...
stl we'l try n hope ki freezing point nahi aaye :)
Very nicely written, I was wondering why in the world u dont blog regularly??!!
Great style , good flow...I dont know any of those mechanics stuff...but got the point clearly....well, i must say that u make a good writer....
Happy blogging..
well dear...i always said you should write a novel! awesome writing! :)
wat a response!! i'l now try my best n b regular..thnk u ppl :D
Post a Comment