Arranging Chemical reactions into

In summary, according to the information given in the table, the arrangement of metals A, B, C, D, and E in increasing reactivity is: D < A < B < C < E. This is based on the fact that A can displace all the other metals from their solutions, followed by B, then C, and lastly E. D is the least reactive among the five metals. However, there may be some contradictions in the information provided, and the accuracy of this arrangement cannot be fully determined.
  • #1
Equilibrium
82
0
Metal AX BX CX DX EX
A - + + + +
B + - + - -
C + + - + -
D - - - - -
E + + + + -

Arrange the following metals A,B,C,D and E according to increasing reactivity out of the information
given above. Use The Symbol of greater than (>) in indicating that one metal is more reactive than the other. Ex A>B>E means metal A is more reactive than B and B is more reactive than E.

Dont know were to start...
i just know that E + AX = There is a reaction where E > A etc.
 
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  • #2
Equilibrium said:
Metal AX BX CX DX EX
A - + + + +
B + - + - -
C + + - + -
D - - - - -
E + + + + -

Arrange the following metals A,B,C,D and E according to increasing reactivity out of the information given above.
What information is this? What do the entries (+,-) in this matrix represent?
 
  • #3
+ means that there is a reaction
- means that there's no reaction

and my diagram is a table... and sorry for that, can't skip it
 
  • #4
Equilibrium said:
Metal
AX BX CX DX EX
A - + + + +
B + - + - -
C + + - + -
D - - - - -
E + + + + -

If a metal A displace out another metal B from another metal's solution (BX), then this means that metal A is more reactive than metal B.

From the first row of the table, we can get A>B, A>C, A>D, A>E.
Then, from the second row, we get, B>A and B>C.
For the third row, C>A, C>B and C>D,
From the 4th row, we can conclude that metal D is the least reactive among the 5 metals.
5th row, E>A, E>B, E>C, E>D.

However, I think there is something wrong with this question, since we get A>B, and B>A, (and many other contradictions) which only one of them can be true.

Can you please check back the question? Thanks.:smile:
 

Related to Arranging Chemical reactions into

1. How do you determine the order of chemical reactions in a reaction pathway?

The order of chemical reactions in a reaction pathway can be determined by looking at the overall energy changes and the intermediate products formed during the reaction. A reaction pathway typically starts with the reactants and ends with the final products, with multiple steps or intermediates in between. The order of reactions can also be determined by studying the rate of reaction at different concentrations of reactants.

2. What factors affect the arrangement of chemical reactions in a reaction pathway?

The arrangement of chemical reactions in a reaction pathway can be affected by several factors, including the nature and concentration of reactants, temperature, catalysts, and the presence of inhibitors or other substances that can alter the reaction rate. The stability and reactivity of intermediates and transition states can also play a role in the arrangement of reactions.

3. How can a reaction pathway be altered or optimized?

A reaction pathway can be altered or optimized by adjusting the reaction conditions, such as temperature, pressure, and concentration of reactants. Adding a catalyst or changing the reaction mechanism can also alter the arrangement of reactions in a pathway. Additionally, the use of computer simulations and modeling can help predict and optimize reaction pathways.

4. What is the significance of arranging chemical reactions into a pathway?

Arranging chemical reactions into a pathway allows scientists to understand and visualize the sequence of reactions that occur during a chemical process. This can provide insights into the mechanisms and kinetics of the reactions, as well as help predict the outcome of a reaction under different conditions. It can also aid in the development and optimization of chemical reactions for desired products.

5. Can reactions occur simultaneously in a reaction pathway?

Yes, reactions can occur simultaneously in a reaction pathway. This means that while one reaction is taking place, other reactions may also be happening simultaneously. This can lead to a complex network of reactions and intermediates, and the arrangement of reactions in a pathway may change depending on the conditions and reactants involved.

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