Increased enzymes would increase the rate of the reaction up to a certain point. They would reach a point where there are no more reactions to help out.
There are many ways one might choose to bundle twigs. The most popular way to bundle twig together would be with a strong cord or twine that can easily be obtained at most stores.
Hydrilla is an aquatic plant which means that it naturally grows in water. If one placed hydrilla twigs in a beaker of water, the twigs would begin to sprout roots and would eventually grow leaves if the environment was conducive to growth.
When the granules dimension of a material is lowered the surface area is increased and the reaction rate is higher.
Yes but might depend on the reaction, assuming you mean the production of hydrogen from a reaction of an acid and metal, the higher concentration of acid would mean there are more H+ ions in the solution therefore there would be a higher volume of gas produced.
we would havee no air
That would be a besom.
The pH of the solution could change during an enzymatic reaction. It could either increase or decrease depending on the specific reaction and the components involved.
Increased enzymes would increase the rate of the reaction up to a certain point. They would reach a point where there are no more reactions to help out.
More collisions is an advantage.
There are many ways one might choose to bundle twigs. The most popular way to bundle twig together would be with a strong cord or twine that can easily be obtained at most stores.
Hydrilla is an aquatic plant which means that it naturally grows in water. If one placed hydrilla twigs in a beaker of water, the twigs would begin to sprout roots and would eventually grow leaves if the environment was conducive to growth.
this reaction would be a single displacement reaction where Zn+2 ions would displace the the copper ions due to its slightly higher electronegativity. The overall stoichiometry would be: Zn+2 + CuSO4 --> ZnSO4 + Cu+2
That would be a basket. They are often made of small flexible twigs. They can also be woven with straw and thins strips of wood peeled from logs.
Increasing the molarity of CuSO4 would likely increase the rate of the reaction. This is because a higher molarity means there are more CuSO4 particles available to react with other substances, leading to more collisions and a faster reaction.
They would prefer trees because they like to eat leaves and twigs. They also make their cocoons on twigs or branches. They would not live long with out leaves because they have to store food while they are in their cocoon. So I would keep them on trees.
The rate of reaction of lithium with water increases over time because as the reaction proceeds, more lithium surfaces become exposed to water, leading to more collisions and interaction between the lithium and water molecules. This increased surface area allows for a higher rate of reaction to occur as the reaction progresses.