Solve for x.
pv=xrt
Flip the equation.
rtx=pv
Divide both sides by rt.
rtx.rt = pv/rt
x = pv / rt
1. A polymer of simple sugars ≡ polysaccharide
2. A simple sugar (C_6H_12O_6) occurring in plant and animal tissues
≡ glucose
3. A two-sugar polymer ≡ disaccharide
4. The building block of carbohydrates ≡ a simple sugar monosaccharide
5. A bonding of subunits to form a polymer by the loss of water
≡ dehydration synthesis
6. A sugar or polymer of sugar ≡ carbohydrate
The two-step mechanism of reaction consists of fats and slow steps. Products of fast step in reaction build up in concentration resulting in an equilibrium condition.
<h3>What is a reaction mechanism?</h3>
A reaction mechanism is defined as a theoretical model that represents the sequence of the chemical process that forms products from reactants.
In a mechanism involving two steps, if the fast step precedes the slow step then, its product will be accumulated in the reaction mixture which will affect the reaction equilibrium.
Therefore, if a fast step precedes then the product affects the equilibrium.
Learn more about the reaction mechanism, here:
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The given reaction is A---> products
Trial-1: The initial concentration of A is 0.10 M when the initial rate is 0.015 M/s
Trial-2: The initial concentration of A is 0.40 M when the initial rate is 0.060 M/s
Let the order be m
Rate law for first trial will be:
Rate law for second trial will be:
Rate- 2/ Rate-1 :
So, m = 1
Therefore the order of the reaction is 1