Carrie is making a bedskirt
2 answers:
You might be interested in
Answer:
The remaining volunteers would get 11 flyers each.
Step-by-step explanation:
Given:
Total number of flyers = 75
Total number of volunteers = 5
Number of flyers for 1 volunteer = 15 flyers.
Number of flyers to 2nd volunteer = 22 flyers.
number of flyers to 3 volunteer = 16 flyers.
We need to find the remaining number of which are equally distributed in remaining number of volunteers.
Solution:
First we will find the number of flyers already distributed.
number of flyers already distributed is equal to sum of Number of flyers for 1 volunteer, Number of flyers for 2 volunteer and Number of flyers for 3 volunteer.
framing in equation form;
number of flyers already distributed =
Number f flyers remaining is equal to Total number of flyers minus number of flyers already distributed.
Number of flyers remaining =
Number of volunteers remaining =2
Now we will find number of flyers remaining each volunteers would get.
number of flyers remaining each volunteers would get is equal to Number of flyers remaining divided by Number of volunteers remaining.
framing in equation form we get;
number of flyers remaining each volunteers would get =
Hence the remaining volunteers would get 11 flyers each.
Answer:
Part A) The system of inequalities is
and
Part B) In the procedure
Part C) The schools that Natalie is allowed to attend are A,B and D
Step-by-step explanation:
Part A: Using the graph above, create a system of inequalities that only contain points C and F in the overlapping shaded regions
we have
Points C(2,2), F(3,4)
The system of inequalities could be
-----> inequality A
The solution of the inequality A is the shaded area at the right of the solid line x=2
-----> inequality B
The solution of the inequality B is the shaded area above of the solid line y=2
see the attached figure N 1
Part B: Explain how to verify that the points C and F are solutions to the system of inequalities created in Part A
we know that
If a ordered pair is a solution of the system of inequalities, then the ordered pair must satisfy both inequalities
Verify point C
C(2,2)
<em>Inequality A</em>
----->
----> is true
<em>Inequality B</em>
------>
----> is true
therefore
Point C is a solution of the system of inequalities
Verify point D
F(3,4)
Inequality A
----->
----> is true
Inequality B
------>
----> is true
therefore
Point D is a solution of the system of inequalities
Part C: Natalie can only attend a school in her designated zone. Natalie's zone is defined by y < −2x + 2. Explain how you can identify the schools that Natalie is allowed to attend.
we have
The solution of the inequality is the shaded area below the dotted line
The y-intercept of the dotted line is the point (0,2)
The x-intercept of the dotted line is the point (1,0)
To graph the inequality, plot the intercepts and shade the area below the dotted line
see the attached figure N 2
therefore
The schools that Natalie is allowed to attend are A,B and D
