Science

A example of a Penguins commensalism is of a male emperor penguin and his egg. The male sits on the egg, but is ultimately unaffected by the it. The egg on the other hand would not survive without the warm and protection of his father.

Organisms release two main things: energy and waste products. Energy is typically released through processes like cellular respiration, where organic molecules are broken down to produce ATP, the cell's main energy currency. Waste products are byproducts of various metabolic processes and are eliminated from the organism to maintain homeostasis and prevent toxicity.

Oh, dude, 55 S and 70 W is like in the middle of the ocean, near Antarctica. So, unless you're planning a penguin expedition, I wouldn't worry too much about those coordinates. But hey, if you're into icebergs and freezing your butt off, go for it!

When you react KCl and AgNO3, a white precipitate of silver chloride (AgCl) is formed. This reaction is an example of a double replacement reaction, where the silver ions from AgNO3 and the chloride ions from KCl swap partners to form the insoluble silver chloride.

Yes, computers excel at transforming raw data into meaningful information by processing, analyzing, and organizing it using algorithms and software. This capability helps in making informed decisions efficiently.

The rank of states of matter from slowest to fastest movement of particles is as follows: solid, liquid, gas, plasma. In a solid, particles are tightly packed and have the least amount of movement. In a liquid, particles have more freedom to move around but are still relatively close together. In a gas, particles have the most freedom of movement and are spread out. Plasma is the fastest state of matter, with particles moving at incredibly high speeds due to the presence of free electrons and ions.

Well, honey, when you're licking that delicious ice cream, you're stimulating your taste buds with all those sweet flavors. Plus, the cold temperature of the ice cream is hitting those cold receptors in your mouth, giving you that refreshing sensation. So, enjoy your ice cream and let those taste buds and cold receptors do their thing!

i saw this on plato. Your already to late.........

The prefix for zero is "nul-" or "null-". This prefix is derived from the Latin word "nullus," meaning "none" or "zero." It is commonly used in scientific and technical contexts to indicate a lack of quantity or value.

Integrated science deals with a combination of all science areas. It is useful in creating innovative devices and machines that combine the knowledge and understanding of different science fields.

A skydiver - he uses a parachute that slows him down as a result of air resistance acting on the surface of the parachute

The requirement for adequate ventilation in a laboratory where chemical fumes may be present is a necessity. Most labs have ventilation hoods that will remove dangerous or noxious fumes. If there is NOT adequate ventilation THEN you should open the windows. Otherwise opening windows is not a rule.

Certain foods or substances stain clothes very badly. Blood, egg and milk all contain lots of protein. Enzymes are added to modern biological washing powders because they digest these proteins in the substances, removing the stains. They produce less pollution compared to detergents.

A computer file is a collection of ones and zeros on a storage medium.

A manual file is a hardened piece of steel with teeth used to shape and form objects by hand.

When rounding 105.8 to the nearest whole number, you look at the tenths place, which is 0. Since 0 is less than 5, you round down. Therefore, 105.8 rounded to the nearest whole number is 105.

The answer is not water. Please stop changing it. 2 oxygen atoms and one hydrogen atom combine to form the substance Hydroperoxyl, as the formula would be HO2, not H2O. Hydroperoxyl is at equilibrium in an aqueous solution. Hydroperoxyl is more commonly known as Hydrogen Peroxide, which is available in most stores that sell over-the-counter medications.

The boiling point of water depends on the amount of pressure on the individual molecules ( particles that make up water) so adding something different(like sugar) changes the pressure because the molecules are modified. The concentration of a solution ( how dense it is) also changes things, namely, the less pure a substance is, the higher it's boiling point is . If you are finding this hard to understand, think of the standard cordial available from your local supermarket. This is concentrated: You add more water to make it drinkable. Things like washing detergent or powder also advertise being more dense because you only have to use one spoonful to get the same results. To explain in more detail: Sugar's 'molecular weight" is three times that of salt, and it doesn't split into different particles when dissovled wheras salt does. With sugar, for every 180grams added to the water, the boiling point rises half a degree celcius.(Normal water boils at 100degrees celcius)

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Chemical energy and wind

Fluorine is found in toothpaste and everyday tap water.

Fluoride in water, known as water fluoridation, is believed to reduce tooth decay and cavities so many governments allow controlled fluoride to be added into national water supplies.

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scientific temperament is the way we look at the world in a scientific manner. to brainstorm about whether a certain product works, looking at it in a scientific point of view, is an example of this. for instance, i once got an item called the 'height increaser', consisting of an accu-pressure pad with magnets on it. a lay man would fall for this trick out of desperation, but in a scientific point of view, how can this help you grow tall? hope you benefited from this article. please rate.

2g per cm3

Ganit Kaumudi was written by Narayana Pandita, a mathematician and astronomer from 14th century India. He is known for his contributions to the fields of mathematics and astronomy, particularly in the area of algebra. Ganit Kaumudi is a renowned work that covers various mathematical topics, including arithmetic, algebra, and geometry, and is still studied and referenced by mathematicians today.

The filament in a light bulb (the part that glows bright) is usually made from a metal called tungsten which has such a high melting point that it can heat up as electricity is passed through it and give off light without melting at the high temperatures produced. However, at high temperatures, tungsten can also burn - so if a current is passed through the fillament under normal conditions, it will heat up, glow, but because it is so hot, it will react with the air around it and either vaporise or burn, becoming useless. To prevent this happening, the filament is enclosed in a glass bulb. In the bulb all the air is removed and another gas is put in instead. In cheap bulbs this is usually nitrogen, but more often the gas used is argon. Neither of these gases will allow burning, and so the filament can glow brightly when electricity is passed through it without the risk of it burning. However, if the glass bulb is broken - or even if it is simply cracked - air containing oxygen can get in and so when you switch on the bulb the hot filament burns away rapidly blowing the bulb.

According to the first guy to answer, it's "GOD". According to the hitchhikers guide to the galaxy, it's 42. (They have yet to determine the ultimate question.)

I don't really know the answer. Take your pick or find the answer for yourself.