Explanation:
Quadrants 2 and 3 houses points that have negative x-values, while as Quadrants 1 and 4 houses points that have positive x-values.
If 'your sister' completes the text with negative y-value, the point would be in Q3.
If 'your sister' completes the text with positive y-value, the point would be in Q2.
Answer:
90pi or about 282.74
Step-by-step explanation:
Volume is found by base area times height (B*h).
6/2 = 3
3^2 = 9
B: 9pi
9pi*1- = 90pi or about 282.74
The solution for the system equations is (2 , 0 , -2).
<h3>System of Equations</h3>
A system of equations is the given term math for two or more equations with the same variables. The solution of these equations represents the point of the intersection.
You can solve a system of equations by the adding or substitution methods. In the addition method, you eliminate a variable, on the other hand, in the substitution method you replace a variable for the other. To solve this question, you will apply the addition method.
The question gives three equations:
(1) 4x−2y+z=6
(2) −2x+y=−4
(3) 3y−2z=4
You should isolate the variable x in equation (2), then you will have
. After that, you should use this variable in equation (1), see below
Equation 1 (4x−2y+z=6)
If z=-2, from equation (3), you find y, see below.
3y-2z=4
3y-2*(-2)=4
3y+4=4
3y=4-4
3y=0
y=0
If y=0, from equation (2), you find x, see below.
−2x+y=−4
-2x+0=-4
-2x=-4
x=2
Read more about solving systems equations here:
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