Answer: A. $10.20
explanation:
if you’re not paying 15%, then you’re paying 85%
(100-15 = 85)
so
.85 * 12 = 10.20
Answer:
About 360.178 feet
Step-by-step explanation:
So we want the vertical distance between the fertilizer and the ground to be 0.
This going to be about the time the pilot has dropped it
So we first need to find when y is 0.

We are going to use the quadratic formula to solve for t:



The quadratic formula is:






So the pilot has released it at about 4.237391774 seconds since the fertilizer has actually hit the ground at roughly this time.
So we want to know the horizontal distance at t=4.237391774:



360.178 feet
The segment length is 14 (square root)2
Given that Triangle ABC is right angle triangle
The vertex marked is B where side AC is the hypotenuse
The side of AC is at Vertex B is 14
The dash segment from vertex B to point D on side AC
Angle BDA is marked right angle .
Angles A and C both marked 45 degrees.
As shown in diagram
Triangle ABC is drawn according to the statement where B is vertex
The side lengths are 14
Now to find Another side length that is x
So , the equation formed is
x*cos45 = 14
x/√2 = 14
x = 14√2
Hence the length of the segment is 14√2
Learn more about Right angle triangle here brainly.com/question/64787
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Step-by-step explanation:
z = (specific score - mean) / standard deviation
in our case
z = (105 - 101)/4.2 = 4/4.2 = 0.952380952... ≈ 0.95
as z-tables usually round the z-scores to hundredths.