The first equation is 
(Equation 1)
The second equation is 
(Equation 2)
Putting the value of x from equation 1 in equation 2.
we get,
by simplifying the given equation,
Using discriminant formula,
Now the formula for solution 'x' of quadratic equation is given by:
Hence, these are the required solutions.
Answer:
40%
Step-by-step explanation:
Count the total numbers of tallies. How many tallies you got put over the total number of A&B
Example: A- III B- IIII Total number of the whole chart- IIIII IIIII IIIII
7/15 and then %/100 which would be a number equal to 7/15.
I'm guessing you got the same question as me and my answer was 40%
Answer:
use a tree diagram to get a visual representation over it then calculate you're probability.
The answer that results in an image located in Quadrant II is <span>C. rotate 90 degrees counterclockwise, then shift 1 unit up. This is because Quadrant II is located next (at the left) of Quadrant I. This means that a 90 degree rotation and a shift up are safe enough to estimate it to land on Quadrant II.</span>
