The density of the aqueous layer is higher.
I think you're referring to the funnel apparatus where the large end of the funnel is pointed down. The funnel itself is just a little larger than the ping-pong ball. Air is blown through the funnel downward towards the ping-pong ball, but the ball doesn't drop. Instead it is held fast inside the funnel. The explanation lies with the Bernoulli Principle. This principle states that along any streamline of air (a streamline is the path that an air molecule takes), if the velocity of the air drops then the static pressure at that point will rise, and vice-versa. So what happens with the funnel and ping-pong ball is that the air coming out of the funnel has to flow around the ball and therefore it becomes constricted against the sides of the funnel. It doesn't have much room to get by, in other words. That means it has to flow faster over the top of the ball. Faster = lower pressure. When it gets by the ball and expands in the funnel, it slows down. Slower = higher pressure. This pressure difference (high pressure below, low pressure above) is what keeps the ball suspended in the funnel.
Carbon Dioxide could easily be described as an organic compound. As it based on carbon scientifically it is a organic compound. If you feel like being more on the philosophical side of science and use the definition that organic compounds are not man made, then carbon dioxide is still an organic compound as humans produce only a small amount of it.
In living organisms, carbon fixation (incorporation of atmospheric inorganic carbon dioxide into organic compounds) is carried out by certain microbes and most plants and the other organisms feed on plants to acquire their organic compounds. The process of carbon fixation is called photosynthesis and it's driven by sun light and catalyzed by enzymes. In organic chemistry labs, chemists have found ways to either create organic molecules from inorganic ones or add carbon onto preexisting organic molecules, though these processes require very strigent reaction conditions that are different from those in living organisms, mostly because we cannot make use of enzymes the same way as living organisms do. The earliest experiments involved reacting carbon dioxide and ammonia by adding an electrical current, making urea as the product. Current organic chemstry techniques have countless ways to manipulate organic compounds and it will be futile to try to list even a fraction of the techniques. Follow the link below for a Wikipedia page that has links to a large number of possible organic chemistry reactions.
You need a separating funnel, which is kind of transparent cone with a valve below. The vinegar will exit from the bottom. Then the oil may be washed with water to further clean it.
You filter the mixture using a filter paper. By this the salt solution will get separated from glass bits. Then you take the salt solution and heat it. The water will get evaporated leaving salt behind.
The separating funnel is used for the separation of liquids from a two phases solutionÈ™ after decantation the liquid from the bottom is released in a beaker. For images see the link below.
The separating funnel is used for the separation of liquids from a two phases solutionÈ™ after decantation the liquid from the bottom is released in a beaker. For images see the link below.
A funnel with a long stem (the straight part below the cone shaped part)
A funnel with a long stem (the straight part below the cone shaped part)
Wead
The difference in density allows you to separate out the components. DCM is much more dense than water, so any compounds that are dissolved in DCM will stay below the aqueous layer. This is extremely useful in acid/base reactions.
A funnel cloud is a funnel, cone, or trunk shaped cloud that extends downward from the cloud base and rotates. If dust or debris can be seen swirling beneath it, that means a tornado is con the ground. Below are pictures of some funnel clouds.
see links below
Yes, a funnel may be used to separate solids from liquids; many types of funnels exist. See some images at the link below.
An organic mineral is of biogenic origin; for example petroleum can be considered an organic liquid mineral. For other organic minerals see the link below.
No. Organic farming is a method of farming for which no synthetic chemicals are used. This includes fertilizers and all types of pesticides. An organic compound is a substance.No. As said below organic faming uses no man made chemicals and organic compounds are carbon based.
In the sentence, "Sinking below the lighted surface, waters are organic materials", the subject is waters. You can easily find the sentence subject by exchanging the two halves of the sentence, then editing out any extraneous words and changing words to fit the new sentence..So for examples:Waters are organic materials below the lit surface.Waters contain organic materials below the lit surface.