- Messages
- 2,175
- Reaction score
- 4,105
- Points
- 273
do you know that with your every post, your own signature calls it bullshit?Almost understood it.
We are currently struggling to cover the operational costs of Xtremepapers, as a result we might have to shut this website down. Please donate if we have helped you and help make a difference in other students' lives!
Click here to Donate Now (View Announcement)
do you know that with your every post, your own signature calls it bullshit?Almost understood it.
U cant directly find them if they r perpendicular... i.e a+2b for instance ...coz tht will yield to a new vector tht cant be expressed as a scalar multiple of the said vector,no specific rule for this coz a and b can vary in dir and sizeHow do you find if 2 lines are perpendicular to each other given vectors?
can u explain thoroughly with an example ..U cant directly find them if they r perpendicular... i.e a+2b for instance ...coz tht will yield to a new vector tht cant be expressed as a scalar multiple of the said vector,no specific rule for this coz a and b can vary in dir and size
to do this we need to find these vectors in terms of their components I and j and then u cud simply carry out the gradient formula...
Yeah,its in points so no sure way of knowing its rightThat's the problem. I still haven't mastered mensuration. Get stuck sometimes on the boat/lighthouse questions etc. It involves decimals and carrying them onto further questions and all. Not the easiest - you can't really be sure if you got it right or not.
Wo 99% red alert ki hai ye 99% Fifa ki hai,sare 99% ek jesay nai hotay =P Reinstalling for the 3rd time now,and its frickin slow.You can check the comments of the torrent and see if someone else had that mistake and was helped or something?
You can try Googling too, I found this just now. http://www.neoseeker.com/forums/410/t1623358-installation-stops-at-99/
Well the question was raised by FLRNAB though I cud not find it in past pprscan u explain thoroughly with an example ..
or from a question in the past paper.....
I forgot a bit about vectors?Where do we use inverse of vector like change all signs to opposite?I remember we did that but i dont remember where?....Look at the doc first
So now we can find the gradient of a+b take its inverse reciprocal to find the perp line gradient which will be -4/3 and we can simply identify its unit vectors i.e perp a+b =3i-4j or the vector perp can also be 4j -3i
Well the question was raised by FLRNAB though I cud not find it in past pprs
You are absolutely correct Oil is an INCOMPRESSIBLE liquid. It's volume is FIXED. The larger piston and smaller piston displace the samevolume of oil. As the larger piston has a larger are, it moves lesser distance than the smaller one @darkdestinationI wrote that the large piston has a larger area..
So the volume displaced by the movement of the smaller piston.. will force the large piston to move by a smaller distance to accommodate the same volume :/
I'm wrong
Detected in high quantities in your post:do you know that with your every post, your own signature calls it bullshit?
Turns out i just had to wait,it finished after a few minutesWo 99% red alert ki hai ye 99% Fifa ki hai,sare 99% ek jesay nai hotay =P Reinstalling for the 3rd time now,and its frickin slow.
I see that you have removed itDetected in high quantities in your post:
App say baat kee hai ?
--
--
--
--
--
--
Hey you could save the values on your calculator if you're carrying them forwardThat's the problem. I still haven't mastered mensuration. Get stuck sometimes on the boat/lighthouse questions etc. It involves decimals and carrying them onto further questions and all. Not the easiest - you can't really be sure if you got it right or not.
For almost 10 years, the site XtremePapers has been trying very hard to serve its users.
However, we are now struggling to cover its operational costs due to unforeseen circumstances. If we helped you in any way, kindly contribute and be the part of this effort. No act of kindness, no matter how small, is ever wasted.
Click here to Donate Now