If 2^y = 3, then:
(log to the base 2 of) 2^y = (log to the base 2 of) 3
or
y = log to the base 2 of 3
Note that y turns out to be a constant here.
We need to identify the graph that depicts (log to the base 2) of x, and once we have that, draw a vertical line thru x = 3 to estimate y.
Only the 3rd graph qualifies here. Note that all basic log graphs have an x-intercept of (1,0), as the 3rd graph does.
If we draw on the 3rd graph a vertical line thru x=3, we see that this vert. line intersects the curve at roughly y=1.5.
Answer:
6420
Step-by-step explanation:
hope this helps
https://www.slader.com/discussion/question/temporaryslug-a4b365bc-a4b365bc/
this should help
Step-by-step explanation:
Figure %: An angle whose vertex is in the interior of a circle The measure of angle 1 is equal to half the sum of the measures of arcs AB and DE. When an angle's vertex lies outside of a circle, and its sides don't intersect with the circle, we don't necessarily know anything about the angle.
Answer: 55 residues
Step-by-step explanation:
We are given that length of sheet= 193 Å
We need to find out the number of residues in this segment.
Now in an anti parallel β sheet, the repeat comes out after every 7Å.
In every repeat, there are 2 residues.
So, to find out the number of residues in segment, we multiply the number of segments with the residues in every segment.
Residues in segment=
Residues in segment= 55.14
Or 55 residues.