Jagathi Crowney

Spoofing, also known as bluffing, is a manipulative trading tactic in which a trader places a large order for a financial asset with the purpose of

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Ku

Borrowed from Korean 쿠 (ku).

Ku (plural Kus)

From Hakka 古 (gǔ).

Ku

From Proto-West Germanic *kū, from Proto-Germanic *kūz, from Proto-Indo-European *gʷṓws

Ku f (plural Kö) (Eupen)

From Old Frisian kū, from Proto-West Germanic *kū. Cognates include West Frisian ko and German Kuh.

Ku f (plural Bäiste)

Instructions. Rub salt all over the fish including the inner cavity. Let it stay for 10 minutes. Arrange the fish in a cooking pot along with the ginger, garlic, and long green pepper. Pour water and vinegar. Cover and simmer for 30 to 45 minutes. Add more water if needed. Add salt to taste. Stir. Serve with warm rice."55 mins

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How to say or pronounce Ieuan in different languages and countries. Pronunciation guide for the name of people and places. Find, submit and requests

What's a buyer persona, you ask? In a nutshell, a buyer persona is a profile that represents your ideal customer. By creating your own buyer

Many people who start learning martial arts become life-long practitioners, so there's no specific timeline to keep in mind As a general rule, you should train at your own pace It's common to do 1-2 classes per week, so aim for 45-60 minutes at least once a week

Physicians who are interested in treating patients with sinus disease must be able to read and interpret sinus CT scans. Mastery of sinus

We often need a lot of pigment in our coating or ink once all the solvent used to coat/print has disappeared. The problem is that pigment particles, when close packed, have lots of empty space between them. If we do not fill that space with binder then the properties are compromised: gloss, rub resistance, adhesion etc. will be lower than desired.

For each pigment there is a Critical Pigment Volume Concentration, CPVC, above which there is not enough binder present to fill all the voids (assuming that our binder is able to flow into and fill all available spaces). Pigment suppliers give us the density, ρ of the pigment and a value which tells us the amount of void space, expressed as the Oil Absorption, OA, which is the amount of a standard oil that the dry pigment can absorb. Because this oil has a density of 0.935 the CPVC is calculated as:

`CPVC = 1/(1+"ρOA"/93.5)`

Now that we know the CPVC, all we need to know is our actual pigment volume concentration, the PVC. Typically we have a weight of dry pigment, then one or two extra "components", C1 and C2 (binders, fillers etc.) which are typically supplied as solutions. To get the PVC we need to convert our weight of pigment into volume (that's easy, it's g/ρ), then we have to take our g of component solution, the density of the solution, the % solids of the solution and the density of the solvent, from which the volume of the component can be calculated. Once we know all the volumes, the PVC is easy to calculate. If it exceeds the CPVC then it is shown up with a red background.

The complication for the app is that with 3 possible components, you have to adjust them individually so that the Total is 100g. If you accidentally miss getting close to 100%, the Total is shown up with a red background.