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What else can I help you with?
What can be done to temperature to increase the rate of chemical reaction?
Generally speaking, raising the temperature will encourage an increase in the rate of chemical reaction. Around room temperature, a general rule of thumb is that increasing the temperature 10 degrees Celsius doubles the rate of reaction. This is a very rough approximation; you can use something called the Arrhenius equation if you need more exact values. It's actually a little bit more complicated than that, because if the reaction is reversible then it also increases the rate of the reverse reaction, and there's a dependence on the activation energy, and increasing the temperature could make alternative reactions possible. But, to a first approximation: if you want a reaction to go faster, and temperature is the only thing you can change, raise the temperature.
Does the temperature of the water affect the reaction?
There are many reactions in which we have to closely monitor the temperature of the water. If we want to form a thermodynamically stable product, when we have certain reactants as a starting material, it is advisable to increase the temperature of the water. Concentration, particle size, catalyst are some factors that can affect the rate of reaction.
Why do you want to control the rate of a chemical reaction?
There are several reasons you might want to control the rate of a chemical reaction: A) the reaction occurs very slowly in normal conditions (like rusting) but you want to do it more quickly (like fake antiques). B) the reaction normally occurs quickly, but you want to slow it down so it lasts longer (like in some batteries) C) most reactions can be more or less efficient depending on the reaction rate and other conditions, often (like in engines) you want the reaction rate that will be most efficient under a set of given conditions. D) some reactions might be more difficult to manage unless they are slowed down.
What subsequent experiment might the chemist want to conduct to build on her experiment?
The chemist could investigate the effect of different solvents on the rate of reaction to determine if solvent polarity plays a role. She could also vary the concentration of the reactants to explore how it influences the rate of reaction. Additionally, she could study the effect of temperature on the reaction rate to understand how kinetic energy affects the rate of the reaction.
If the reserve bank wants to increase the real interest rate it must increase the nominal rate by more than that of inflation True or False?
Do you want to know this question for the test? lol
Why would you want to add catalyst to something?
A catalyst is added to a chemical reaction to increase the reaction rate without being consumed in the process. By lowering the activation energy required for the reaction, catalysts enable reactions to occur more quickly and efficiently at lower temperatures. This can lead to cost savings, improved yields, and reduced energy consumption in industrial processes. Additionally, catalysts can enhance selectivity, allowing for the production of desired products with fewer by-products.
Who would raise prices on exports to increase profits and why?
That would depend on the elasticity of demand. If the elasticity were sufficiently high, a firm would want to increase export prices to increase their total revenue; if else, they would want to lower or maintain their price.
Why would a business want to increase its market share?
cue to increase of electricity and water
What does it mean when you cant breath and your body starts shaking after you drink coffee?
Coffee contains caffiene, which is a stimulant. your heart rate will increase, your hands will shake and you will feel short of breath if you are allergic or sensitive to caffiene. try to limit your intake if you dont want to have a reaction to it.
If the optimum temperature for human chemical activity is body temperature 36.6 degrees celsius what would happen to the rate of reaction of amylase as it approached zero degrees celsius?
As the temperature decreases towards zero degrees Celsius, the rate of reaction of amylase will slow down significantly. At very low temperatures, enzyme activity decreases due to reduced kinetic energy, causing enzymes to move and collide less frequently with substrates. Eventually, near zero degrees Celsius, the rate of reaction will approach zero as enzyme activity becomes nearly non-existent.
Why would you want to control the rate of corrosion?
You would want to control the rate of corrosion for an object in order to extend the life of that object and/or to be able to observe the corrosion in a controlled situation.
Why would Europe want to increase their birth rates?
for popularity
