<h2>
Answer:</h2><h2>Inflation chart or graph could be used to indicate a greater increase in monthly gas prices</h2>
Step-by-step explanation:
Inflation is a quantitative measure of the rate at which the average price level of a basket of selected goods and services in an economy increases over some period of time.
Inflation chart is ususally used to inflation of a product which can be represented in terms of peecentage of inflation or inflation in product rate,
To indicate a greater increase in monthly gas prices, inflation chart can be used for gtaphical representation with month's name in X axis and the gas price in Y axis.
Answer:
The salary decreased by 45%
Step-by-step explanation:
Given,
The previous salary of Trent is $143,020
The current salary of Trent is $78,661
The decrease in salary is $143,020 - $78,661 = $64,359
When he used to get $143,020, the decrease in salary is = $64,359
When he used to get $1, the decrease in salary is = $64,359/$143,020
When he used to get $100, the decrease in salary is = $64,359*100/$143,020
= $64,35900/$143,020
= 45%
Answer:
Function
Step-by-step explanation:
Because none of the x-values repeat (don’t have the same input)
Answer:
first and last statement listed
Explanation:
because f(c) is showing time, the start of the reaction will be when the y axis = 0 (because 0 time will have passed)
we can see the value of x/c is 20 when y/f(c) is 0 (20, 0)
indicating that the concentration of the chemical is 20 milligrams/liter at the start of the reaction.
<u>{first statement correct}</u>
<em>[second statement incorrect]</em>
Because the x-value [c] is increasing with the y-value [f(c)], we know that the concentration of the chemical increases as the reaction progresses over time. (time increases, concentration increases)
<u>{last statement correct}</u>
<em>[third statement incorrect]</em>
note that "the concentration of the chemical does not fall below 20 milligrams/liter" does not say anything about when [meaning during the reaction, at the start of, or before are all being considered] the concentration is less than 20 milligrams/liter.
We can see, that <em>before</em> this reaction, the concentration of the chemical <em>does </em>fall below 20 milligrams/liter
<em>[fourth statement incorrect]</em>
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hope this helps!!
