Hey! I have the same class don't worry I found it out: Zinc is a stronger reducing agent than hydrogen and thus tends to reduce the hydrogen and force it out of the solution. Hope that Helps! :)
The hydrogen atom has 1 electron.
A substance that tends to bring about reduction by being oxidised and losing electrons
Plexiglass is a hardened form of plastic that is used as a cheaper source for glass. Plexiglass is stronger because it tends to bend on impact instead of shatter like glass.
due to the lack of polarity in the hydrogen molecule as a result of it containing two of the same atom, and also the dominant force between the hydrogen molecules is the repulsion force, that tends to increase the volume
-acidic or acid is stronger than basic-acid is # below 7 and basic is # over 7-7 tends to be neutral- the higher the # the more time it takes to dissolve one thing the less # the faster it takes to dissolveAcidic vs. basic is a measure of whether the parts of water exist in a solution, without having come together to form an entire water molecule. Acidic solutions represent solutions with a preponderance of one type of part (hydrogen ions), and basic solutions represent solutions with a preponderance of the other type of part (hydroxide ions). One can't make a general statement about whether acids or bases are stronger, but more strongly acidic or basic individual solutions tend to have pH farther from neutral (7). They either have a very low pH(acidic) or a very high pH (basic). How strongly acidic or basic they are depends on how far they are from neutral, with neutral being an equal proportion of hydrogen and hydroxide ions.
Not simple to answer - acidic solutions contain more hydrogen ions that hydroxide ions, but there are very many ions that can cause hydrogen ions to be in excess - for instance the hydrogen-sulphate ion (from an acid salt such as sodium hydrogen-sulphate) when added to water has a tendancy to split into hydrogen and sulphate ions, so making the solution acidic. Not all acid salts are acid in soultion - for instance sodium hydrogen-carbonate is alkaline. When dissolved in water, the hydrogen-carbonate ion tends to react with hydrogen ions in the water to form molecular carbonic acid - removing hydrogen ions from the water and hence making it alkaline. Acid salts of strong acids, such as sulphuric, hydrochloric, nitric, are acidic in solution. Acid salts of weak acids, such as carbonic, sulphurous, are alkaline in solution. Just a few simple examples.
The hydrogen atom has 1 electron.
Yes and depending on what you eat, like meat, and egg's it tends to have a stronger smell:D
A substance that tends to bring about reduction by being oxidised and losing electrons
An antihyperglycemic is any agent which tends to reduce hyperglycemia - a high level of blood sugar, a characteristic of diabetes.
Plexiglass is a hardened form of plastic that is used as a cheaper source for glass. Plexiglass is stronger because it tends to bend on impact instead of shatter like glass.
due to the lack of polarity in the hydrogen molecule as a result of it containing two of the same atom, and also the dominant force between the hydrogen molecules is the repulsion force, that tends to increase the volume
The force is an agent produces or tends to produce motion in a body. and it can be produced when body has energy.
Twine tends to be made of a few pieces of fiber like manila and is stronger than string
The osmolarity tends to be less than 600-900 mOsm/L
I am not sure whether pure salts conduct electricity well. However, a salt in solution tends to split into positive and negative ions - so you have lots of charge carriers in that case.I am not sure whether pure salts conduct electricity well. However, a salt in solution tends to split into positive and negative ions - so you have lots of charge carriers in that case.I am not sure whether pure salts conduct electricity well. However, a salt in solution tends to split into positive and negative ions - so you have lots of charge carriers in that case.I am not sure whether pure salts conduct electricity well. However, a salt in solution tends to split into positive and negative ions - so you have lots of charge carriers in that case.
Because, unless bonded to another hydrogen atom, the "covalent" bond is actually partially ionic, meaning the electron shared in the bond tends to spend more time close to the other atom making the hydrogen partially positive. This is due to electronegativity. Most other atoms are more electronegative than hydrogen, meaning they have a stronger attractive force for electrons than hydrogen does, so the other atom pulls on the hydrogen more strongly and ends up being more negative in the bonding pair than hydrogen.