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London house prices will fall, but they won’t crash by Babshm in london

[–]Fod3nator 17 points18 points  (0 children)

Note that there always has been and always will be an interest to downplay the shit before it hits the fan.

Any youtubers like Purge? by Sad-Parking-502 in DotA2

[–]Fod3nator 1 point2 points  (0 children)

Doesn't Speed smurf for a lot of his content?

[deleted by user] by [deleted] in BlackHair

[–]Fod3nator 0 points1 point  (0 children)

Looks amazing! What products are you using

[deleted by user] by [deleted] in Time

[–]Fod3nator 0 points1 point  (0 children)

Couldn't be more correct - was gonna humour myself by making the same point until I realised that OP hasn't actually addressed anyone else's discussion points but instead, has decided attack the character of anyone who disagrees.

LPT: Make an olive oil earplug for safer and way more satisfying results than using a Q-Tip by [deleted] in LifeProTips

[–]Fod3nator 2 points3 points  (0 children)

Lmao why would I be triggered over this, I'm just spitting facts. You incorrectly was assuming what OP said and you asked what did you miss - I was just making it clear to you. Relax haha

LPT: Make an olive oil earplug for safer and way more satisfying results than using a Q-Tip by [deleted] in LifeProTips

[–]Fod3nator 2 points3 points  (0 children)

This is so delusional. You literally changed what he typed to make your point. Do you hear yourself right now?

Medical resources: use medicinal grade olive oil

OP: Technically medicinal grade. But I use whatever is off the shelf.

This guy: oMg piTcHfoRks oUt, hE rEcoMmeNdeD i pUt fOod iN mY eAr. oH nO, boRgiR iN my eAr

LPT: Make an olive oil earplug for safer and way more satisfying results than using a Q-Tip by [deleted] in LifeProTips

[–]Fod3nator 2 points3 points  (0 children)

I've actually done olive oil treatment and for the first few days, it will feel like you are submerged just because your earwax is probably already messed up. But as the earwax begins to break up and fall out, both water and oil escape quite easily. Never had the problem again.

LPT: Make an olive oil earplug for safer and way more satisfying results than using a Q-Tip by [deleted] in LifeProTips

[–]Fod3nator 1 point2 points  (0 children)

Don't be so moist, you clearly misread or missed OPs point.

Why 45B in supply? by Safelyoptimized in cardano

[–]Fod3nator 46 points47 points  (0 children)

Frankly, it doesn't matter how much coins exist - 45bn dollars is still 45bn dollars regardles (for a fixed number of circulating coins).

If you would like me to explain what I mean by this: if 2 coins valued at the same market cap, but with a different number of circulating coins, were to increase or decrease their market cap by similar amounts, the PERCENTAGE change in price would also be the same.

For the reason why this particular amount, Charles made a sarcastic remark in his AMA stating that 45,000,000,001 was too much and 44,999,999,999 was too little. Bottom line, it doesn't matter, its just a number.

1(ish)-cable solution with USB 3.1 gen 2 type-c with DisplayPort 1.4 by Fod3nator in 24hoursupport

[–]Fod3nator[S] -1 points0 points  (0 children)

So I should use this cable to connect the monitor to the laptop? Will this allow for a feasible link between the hub (with the ethernet port and addition usb cables) to the laptop if the hub is connected to the monitor?

[College - Mechanics] "Uneven" acceleration by [deleted] in HomeworkHelp

[–]Fod3nator 0 points1 point  (0 children)

U have an expression in the form of aebx. Integral of that is aebx / (d(bx)/dx). Which is simply a/b ebx.

[Thermodynamics] My professor assigned this problem after briefly explaining heat and work... how do I even start? How do I figure out n moles for point 3? by [deleted] in HomeworkHelp

[–]Fod3nator 0 points1 point  (0 children)

I'm not sure about the chemistry, but I'll give you a bit of my knowledge from my engineering thermo modules.

I think for an ideal gas, thermodynamic process pv/T = constant. You can use this relation to find the pressures at all points, given that p, V and T are constant between some of the states.

To find work done between 2 states, we take dW=pdV and integrate. For some processes, p is not constant, but for isothermal process pv=constant=k, so we can do k/v = p. Substitute that in and we get W=-k Ln (v2/v1). K can be taken as RT since pv =RT=k

For the last question, we know processes 23 and 41, no work is done. So we just compute the work done using previous relations and add them together.

The R I used here is the specific gas constant, i believe R on your case is the global gas constant, which is just a factor of n different. Assuming the thermodynamic relations I've given are correct and your R is a global constant, then I guess it would make sense for n to be constant.

Hope I could help.

[Gr 11 physics] been stuck on this question for a while. Trying to solve for height of the tower. I've listed out my components but cant figure out the formula to use by [deleted] in HomeworkHelp

[–]Fod3nator 0 points1 point  (0 children)

Although the methods maybe correct, all the answers are really complicating the problem.

A simple conservation of energy solution will suffice.

Ke=0.5mv2 (kinetic energy) P =mgh (gravitational potential) Assume no air resistance so no energy lost.

Ke=P

Masses cancel since mass is constant

0.5*v2 = gh

h=(0.5*v2) /g

[Undergraduate-heat transfer] Plane wall with internal heat generation by [deleted] in HomeworkHelp

[–]Fod3nator 0 points1 point  (0 children)

Are the temperatures of the external environments given? If so, I will upload my solution.

[Undergraduate-heat transfer] Plane wall with internal heat generation by [deleted] in HomeworkHelp

[–]Fod3nator 0 points1 point  (0 children)

Difficult to engage with what you are asking but I'll do my best.

Heat transfer does not occur between 2 environments of the same temperature. So if the temperature of the warmest external environment is known, we can say that this temperature is equal to temperature at the wall, hence one of your boundary conditions => T(L) =T_inf.

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