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There are multiple differences. Triton X-100 is non-ionic . It has both hydrophilic and hydrophobic regions, but no net charges. CHAPS is zwiterionic. It has hydrophobic regions but also a head group with a negative charge (in normal saline). In addition, Triton X100 forms large (greater than 90,000 MW) aggregates when TGriton X100 concentration rises above 0.25 mM. CHAP on the other hand forms smaller aggregates (6,000 MW) when CHAPS concentration rises above 10 mM.

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Was used to make chaps and?

Leather is often used to make chaps as it is durable and provides protection against abrasions while riding horses or motorcycles. Its natural properties also make it resistant to tears and punctures, enhancing the garment's longevity and performance.


Do pw80s work in the snow?

While the Yamaha PW80 is not specifically designed for snow, it can technically be ridden on snow with appropriate modifications like snow tires or chains. However, be cautious as the PW80 is primarily a dirt bike and may not perform as well in snowy conditions as a dedicated snow bike. Additionally, riding in snow requires experience and skill to maintain control and avoid accidents.


What do you need for bull-riding?

For bull-riding, you will need protective gear such as a helmet, vest, gloves, and boots to ensure your safety. Additionally, developing good balance, strength, and agility through regular practice and training is essential to excel in bull-riding. Working with experienced trainers and starting with calmer bulls can also help beginners build confidence and skill.


Does most matter exist as single atoms?

A bit different than you might think. Our Earth consists of abnormal matter, as do the other planets.If normal is the common state of matter, then that would have to be the interior of stars. For our Sun contains over 99% of the matter in our solar system. And the other stars will be similar we believe.And the interior of the Sun is thought to be in excess of 13 000 000oK, decreasing to 5800oK at the surface. The interior is fusion temperatures, and most of the Hydrogen there will be ionized. So single atoms will be the norm.[You'd have to have a very long thermometer to measure millions of degrees, and maybe that would keep you from getting too close?]But here on Earth, most matter exists in the form of a molecule.So on Earth (which is possibly what you wanted) most matter exists as compounds and mixtures, even in the interior of the Earth.BUT the above ignores the noble gasses which have their outer electron shell filled, and thus are pretty non-reactive. [Though with sufficient brutality, some compounds may be formed.]He(lium), Ar(gon), Kr(ypton), Ne(on), Xe(non), R(ado)n. There may be a couple of trans-uranic chaps as well, but we'll ignore them.I ignore 'dark matter' for we know little about it apart from some of its inferred properties.


What is the basis of the metric system?

The metric system is based on multiples of ten, but there are a few other interesting details. It was invented in conjunction with the French Revolution, which also introduced a new calendar, new holidays, and all sorts of other things that didn't catch on so well. They wanted a measuring system that was completely logical and rational. They started with the meter, which was 1 / 10,000,000 of the distance from the Equator to the North Pole on a line running straight north and south through Paris. (It was the FRENCH revolution, after all.) 1000 meters was a kilometer, 1/100 of a meter was a centimeter, and so on. They defined their basic unit of weight, the gram, as the weight as one cubic centimeter of water. The basic unit of volume was the liter, defined as 1000 cubic centimeters. This basic correlation between weight, volume, and distance makes shifting from one to another very easy, for any everyday purpose. Unfortunately, they weren't entirely correct about the distance from the Equator to the Pole. The standard gram weight they created wasn't exactly the weight of one cubic centimeter of water. And so on. The meter, gram, and liter we have now are therefore just arbitrary; they don't exactly correspond to each other the way those who designed the metric system wished. They're close enough, though, that only those who need calculations accurate to a small fraction of a percent have to worry about the differences.