Answer:
the answer is the length of the microchip in the new scale drawing is 9 inches
Step-by-step explanation:
Step One
Put the right side over a common denominator.
Step Two
Remove the brackets on the numerator in the last equality.
Step three.
This will seem kind of odd but take out the common factor (x) in the first two terms of the numerator.
Step Four
What you do next comes up very frequently in your second or third calculus course.
You have to notice that there are no xs in the numerators on the left side of the original expression
Therefore you have to make a - b = 0 so that the xs disappear on the right.
a - b =0
a = b
Step Five
Find a
a is all by itself on the numerator of the final result.
The original question has a 1 in the numerator. Therefore a = 1
Step Six
Solve for b
a = b
1 = b Answer
Answer:
It is likely that the moon will be visible on the planet tonight. (Likely).
Step-by-step explanation:
Let me explain why the other choices are wrong. We know that the moon is a satellite that orbits around Earth. Within that period of the moon revolving or orbiting, it is very likely that the moon will appear. It is not impossible because the moon does have light caused by a light wave being reflected from the sun, and that light on the moon can be visible from Earth, so it is not impossible. As likely as not is wrong because the moon is visible very likely within its period of orbiting. Unlikely is wrong because although the moon may not show during a new moon, that doesn't mean that moon will most likely never show up. Likely is correct because we can the moon from Earth almost on a daily basis throughout the month. Hope this helps!
Answer:
$87.12
Step-by-step explanation:
Tax: 8%
20% as a tip
First, we must add the tip to how much she was charged.
72.6 x 0.2 = 14.52 72.6 + 14.52 = $87.12
The tax doesn't count because it only asks for the <u>service</u> at the salon.
I hope this helped!
<em>Answer</em>
a. Vertical shrink by a factor of 1/3
<em>Step-by-step explanation</em>
Function transformation
• a,f(x) vertically compresses f(x) when 0 < a < 1
Given the function:
Multiplying f(x) by a = 1/3, we get:
Then, f(x) is vertically shrunk by a factor of 1/3
