bery difficult
libertarian benefit collector - anti-academic super-intellectual. http://mixlr.com/the-little-phrase/
Yeah, the difference between my high school and college I guess. In high school, they allowed graphing calculators in order to help you visualize what you are doing. But in college, they want you to actually use your brain to figure out the solution. Even if you use the graphing calculator, you'd lose part marks because you wouldn't have shown the proper accompanying work on how you derived your answer.Winston_Churchill wrote:
sounds like basically cheating, ive never even owned a graphing calculator and only used one in high school a few times.
id rather actually learn
Inorganic or organic?unnamednewbie13 wrote:
Does anyone here have a recommended book for brushing up on chemistry?
No idea, good luckunnamednewbie13 wrote:
Organic.
Agreed.Dilbert_X wrote:
"the effects of which are clearly...." Is what I would put.
A recession is not a person, "whose" is wrong.
"whose effects" would be assumed to belong to "the whole world", which would mean the whole sentence would be wrong.
Post below reserved for Uzique to tell me I'm a mong.
mongDilbert_X wrote:
"the effects of which are clearly...." Is what I would put.
A recession is not a person, "whose" is wrong.
"whose effects" would be assumed to belong to "the whole world", which would mean the whole sentence would be wrong.
Post below reserved for Uzique to tell me I'm a mong.
You're not Uzique, and I am correct.Jay wrote:
mongDilbert_X wrote:
"the effects of which are clearly...." Is what I would put.
A recession is not a person, "whose" is wrong.
"whose effects" would be assumed to belong to "the whole world", which would mean the whole sentence would be wrong.
Post below reserved for Uzique to tell me I'm a mong.
Dilbert_X wrote:
"the effects of which are clearly...." Is what I would put.
A recession is not a person, "whose" is wrong.
You'd think that, but it isn't the case. "Whose" may be used as a non-person possessive, and is really less clumsy than "of which."PrivateVendetta wrote:
Agreed.
"The effects of which are clearly visible in the GDP graphs."
You're welcome. And if your level of non-native English involves pondering stuff like "of which," I'd say you're doing fine.Jebus wrote:
I realize my English might sound 'weird' to a native speaker, which ofcourse is dangerous when writing a paper..
Thanks for your help.
Double .707 and remove the 1/2 and 2 to start from p2p rather than p. Sorry I don't have time to check it off your measurements. I've gotta kick off.(1/2 p2p) * .707 = rms
RMS->p2p
(rms/.707) * 2 = p2p
look up raymond chang?unnamednewbie13 wrote:
Does anyone here have a recommended book for brushing up on chemistry?
For a sine wave : The peak-to-peak is obtained by multiplying the RMS with 2*SQRT(2)... but ONLY for sine waves.presidentsheep wrote:
From the experiment it seems to be that PP=2*(rms*SQRT(2)),
however some google results and people in my lab think it's just rms*SQRT(2)
If it helps: (dmm= digital multimeter, amm= analogue multimeter)
frequency pp voltage amm rms amm pp volt dmm rms dmm pp volt
1 3 0.763 2.158089896 0.95 2.687005769
1000 3 0.9 2.545584412 1.074 3.037730732
This is using the calculation I think is right and seems to give values in the right range.
Looking at this again, one of the reasons for that could be confusion between peak value and peak-to-peak value.presidentsheep wrote:
From the experiment it seems to be that PP=2*(rms*SQRT(2)),
however some google results and people in my lab think it's just rms*SQRT(2)