That θ−x is actually 180+2θ−x<span> with respect to x-axis
</span>When it emerges out, it should be 180−2θ+x<span> with respect to x.
</span>Considering our original x, the deviation is 180−2θ ... since it is in opposite direction, we should add 180 to it which makes <span>360−2θ
</span>
we take succesive images of every image on its opposite mirror till the image finally ends to the other side of the opposite mirror...
u should end up getting a arithmetic series for the angle for the image formed first 1 and i.this angle should not exceed 180 degree as the image will go behind the mirror..then the total no will be added for both to get the formula.
Answer:
Solving the inequality we get b <= 1
Step-by-step explanation:
We need to solve the inequality
solving the inequality:
Subtracting 6 on both sides
subtracting 14 b on both sides
Divide both sides by -3 and the inequality will be changed to less than equal i.e <=
So, solving the inequality we get b <= 1
B. You will need to get a supervisor to speak with them.
Use the equation y2-y1/x2-x1 then simplify