So you need to divide 430 into 25 to get 17.2
So he/she earns $17.20 an hour or in word format :seventeen dollars and twenty cents and hour
Answer:
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Step-by-step explanation:
Ttttttttttttfffi is the area located in the south of England and its a very well established and flexible working environment with a
Answer:
y= -11/144(x-8)^2+6
Step-by-step explanation:
This equation can be represented in vertex form, which is:
y=a(x-h)^2+k
If we plug in 8 as h and 6 as k we get the following equation:
y=a(x-8)^2+6
Now we have to plug in x and y. We can use the other point (-4,-5) and plug it into the equation and get:
-5=a(-4-8)^2+6
Once we solve this we get a= -11/144
Now we have to plug in -11/144 into the original equation to get
y = -11/144 (x-8)^2 + 6
Answer:
Option C
Step-by-step explanation:
Shaded region of the given graph shows the solution area of inequality with notation of less than (<).
If the basic function in the form of an equation is,
And the graph is shifted 3 units left horizontally,
Equation will be,
Then the solution area of the inequality representing the graph will be,
Option C will be the answer.
Answer:
$6,350
Step-by-step explanation:
To find the answer, you have to add the salary for the first 6 months plus the result of multiplying the amount of the raise for the number of six months periods:
salary for the first six months=$5,000
raise=$150
number of six months periods until the second half of the fifth year=2 periods per year*5 years=10-1(you have to subtract the first period of the first year that had the initial salary)=9
Salary for for the second half of the fifth year=$5,000+(150*9)
Salary for for the second half of the fifth year=$5,000+$1,350
Salary for for the second half of the fifth year=$6,350
According to this, the money that the job will pay for the second half of the fifth year is $6,350.
