The response to these questions is "7", but first we need to explain the instantaneous rate, and its further calculation can be defined as follows:
- An immediate rate is a rate at a certain moment.
- Instant speed t is obtained by calculating the negative ball of the reactant concentration curve vs. time t by determining the pitch of a product amounting vs. time t.
Given:
at [tex]\bold{x=3 }[/tex]
[tex]\bold{y=21 }[/tex] from the given graph
Solution:
Therefore for the instantaneous rate of changes at the [tex]\bold{x=3 }[/tex]
that is[tex]\bold{ =\frac{y}{x}}[/tex]
So, the instantaneous rate of change is[tex]\bold{=\frac{y}{x}=\frac{21}{3}=7}[/tex]
Therefore, the final answer is "7".
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