Ummm okayI'd recommend not to use the parallax error point cause some places they didn't accept it so b on the safe side
N in places of significant figures always write that we consider the least number of significant figured from the raw data
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Ummm okayI'd recommend not to use the parallax error point cause some places they didn't accept it so b on the safe side
N in places of significant figures always write that we consider the least number of significant figured from the raw data
I'd recommend not to use the parallax error point cause some places they didn't accept it so b on the safe side
N in places of significant figures always write that we consider the least number of significant figured from the raw data
Yeah the pressure thing ,we might need to push a liquid or smthng with a syringe.Though this guy did mention this experiment abt pressure n I think it will b somewat similar cause the variants that r on the same time r usually simple.
I'd recommend not to use the parallax error point cause some places they didn't accept it so b on the safe side
N in places of significant figures always write that we consider the least number of significant figured from the raw data
They usually give a one or two mark qs that why u have selected these many s.f. In ur reading so my sir told me that we always consider the least number of s.f. from the raw data though their can b a range of s.f. in ur raw data. That's all I knowCan you please explain significant fig thingy .......... i didn't get it![]()
Can you please explain significant fig thingy .......... i didn't get it![]()
They usually give a one or two mark qs that why u have selected these many s.f. In ur reading so my sir told me that we always consider the least number of s.f. from the raw data though their can b a range of s.f. in ur raw data. That's all I know![]()
use fewer wires (crocodile clip wires) for ur circuit connectionBtw ppl how do we reduce the heating effect of the resistor in a circuit?
JazakAllahuse fewer wires (crocodile clip wires) for ur circuit connection
Wa Iya KiJ JazakAllah
i have doubt like when measuring by a metre ruler it measures nearest to 0.1m right? as the smallest reading that can be obtained is 0.1m right? so uncertainity would be 0.1 if only taking one reading only?
and what the difference between absoulte eror and the normal one i remember absoulte one was half the smallest reading is it correct? an we use it for what?
thanks guys
See absolute uncertainty is the range of value we are unsure about so for a ruler least count is 0.1 we Unsure that the value for eg is 23.4 so with this uncertainty it can be either 23.3 or 23.5
yup, I diddid any one got bubbles for the second experiment ?? i tried like for 50 min but was not able to produce a single bubble ..![]()
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