Answer:
If you look at Y and compare it to 120, Y looks as if it is half of what the angle measurement 120 is. So you would do 120 divided by 2 (to get half of 120) and you end up with 60. We can infer that the top left angle measures 60. So, you do 60 divided by 5 (since you are looking for Y but there is a 5 in front of it so you would multiply 5 and Y to get 60. You need to do the inverse operation which is divide.) So you divide 60 and 5 and get 12. Replace Y with 12 and you have 5(12). The answer is Y=12
Explanation:
Hope this helps!
Answer: A tethering light, within the wye processing, transduction and brain processing
Explanation:
The image captured by each eye is transmitted to the brain by the optic nerve. This nerve terminates on the cells of the lateral geniculate nucleus, the first relay in the brain's visual pathways. The cells of the lateral geniculate nucleus then project to their main target, the primary visual cortex.
The next letter would be S.
When it's just sitting alone, high in the night sky, the moon just looks"regular" sized. It's the Ebbinghaus effect
(a)
We have been given an equation 
. Upon taking derivative of this equation with respect to x on both the sides, we get:
(b)
In order to write the equation of tangent line, we need to find the slope of the line. We know that point (3,11) lies on the graph. Therefore, we write the slope of the tangent as:
Therefore, equation of tangent line is:
(c)
We know that slope of tangent is given as 
. The tangent will be vertical when denominator of slope is zero, that is:
