Your answer should be 9/10
<span>This is a reduction to simplest form problem. You are given 33/36. All you
need to do is to find a divisible number that can be divided to both the numerator
and denominator, 33 and 36 respectively. It’s like finding the GCF or greatest
common factor. The greatest common factor is the factor that divides both
numbers. If you try to divide them by three, 33 divided by 3 gives 11 and 36
divided by 3 gives 12. The simplest form is 11/12. </span>
Step-by-step explanation:
I'm sorry that i cannot answer your question but i need these points badly for my questions for some missing assignments i have sorry
Answer:
(3, -3)
Step-by-step explanation:
A point qualifies as a solution to a system of inequalities if it is true when both of its x and y values are substituted into the both inequalities. Knowing this, let's plug in the first option, (3, -3), into both inequalities.
Let's try 6x + 3y > 3 first. Substitute 3 for x and -3 for y:
9 is bigger than 3, so (3, -3) is a solution to that inequality.
Let's try 
. Do the same, substituting the same values:
6 is bigger than 4, so (3, -3) is a solution to that inequality too.
Since (3, -3) is a solution to both inequalities, it must be the answer.
#5: This is a function. It passes the vertical line test.
#6: This is not a function. It does not pass the vertical line test. For example, x=0 has six y-values paired with that one x-value. A function that does not make.
#7: This passes the vertical line test.
