<h3>
Answer: 131 degrees</h3>
Work Shown:
(angle JIW) + (angle WIH) = angle JIH
(2x+8) + (101) = 11x + 10
2x+109 = 11x+10
2x-11x = 10-109
-9x = -99
x = -99/(-9)
x = 11
So,
- angle JIW = 2x+8 = 2*11+8 = 22+8 = 30 degrees
- angle WIH = 101 degrees
- angle JIH = 11x+10 = 11*11+10 = 121+10 = 131 degrees
The smaller angles add to 30+101 = 131 to confirm we have the correct answer.
For more information, check out the angle addition postulate.
Answer: B. {[-1,-8),0,-3),(3,12) if im wrong sowwy
Step-by-step explanation: One simple way to solve this is that 0 = B
The formula you use in order to solve this is y= mx+b
y= 5x-3
As we know the -3 is b and 0 is always equal to -3 C is the only choice with 0 and -3 and in x is o and y is -3 the input is 0 and the ouput is -3
x is always and input while as y is always an output.
Answer:
x= -8 x= 1/3
Step-by-step explanation:
Solve using the quadratic formula:
a= 3
b= 23
c= -8
Note that in the picture it would be plus or minus the square root of
Answer:
y=(2/3)×-4
Step-by-step explanation:
4y(8/3)×-16 <-----divides everything by 3
9514 1404 393
Answer:
y = 7
Step-by-step explanation:
The y-axis is the vertical line x=0. A perpendicular line will be a horizontal line that will have an equation of the form ...
y = constant
In order for that line to go through a point with y-coordinate 7, the line must be ...
y = 7
