Answer:
D. Circle; (x²) + (y²)-4=0
Step-by-step explanation
Simplify the equation by dividing both sides by 2
2x² + 2y² =8
x² + y² =4
this gives a circle form where we can apply (x-h) ² +(y-k)² =r² to find center and radius of the circle.
Thus r=2, h=0, k=0
Center of circle is at (h, k), (0,0)
Radius of circle is 2
Answer:
The solution for the given expression is
, i.e option C
Step-by-step explanation:
Given expression as :

Now, From the common radix method
<u>∵ In multiplication of radix , if the radix is same , then power is added</u>
I.e
= 
Or ,
= 
Now, The expression can be written as

<u>And In Division of radix , if the radix is same , then power is subtracted</u>
So, 
Or, 
Or, 
or, 
∴ The expression is now
²
Now, again this is written as
× 
I.e here again the radix is same and in multiple for, so, power is added
∴
×
= 
I.e
×
= 
Hence The solution for the given expression is
, i.e option C . Answer
Answer:

Step-by-step explanation:
The graph shows two linear functions that intersect at (-3,-4).
The blue line is f(x).
At the point of intersection:
....eqn1
The blue line is g(x).
At the point of intersection
....eqn2
Equating both equations we get:

The statement that is true regarding the two functions is that:

Answer:
2 irrational solutions.
Step-by-step explanation:
6p^2 = 8p + 3
0 = -6p^2 + 8p + 3
The roots are:
p = (2/3) - (8.5)^(1/2)/3, and
p = (2/3) + (8.5)^(1/2)/3
These are irrational numbers.
There are 2 irrational solutions.
Answer:
The measure of the unknown angle is 15°.
Step-by-step explanation:
Represent this angle by A. Then the complement of A is 90° - A.
"Angle whose complement is five times its measure" would be expressed as
90° - A = 5A
Solve this for A by adding A to both sides:
90° = 6A. Then A = 90°/6, or 15°