Answer:
y=-3/4x +11.25
Step-by-step explanation:
You keep the -3/4x the same because it is also your slope so that the graphs never touch. But to get it to cross the point (3,9) you need to move the graph up. Also known as shifting the graph. You would change the y-intercept and follow the constant slope to check whether the point is on the graph. You do it a couple times with different y-intercepts to find the correct graph. :3
The answer is: B. 11
Explanation:
1. The area of a rectangle is:
Where is the length and is the width.
2. The length of the rectangular-shaped deck is 5 meters longer than its width, therefore:
3. You must substitute this into :
4. Now you must solve for the width. You can use the Quadratic formula, which is:
Where:
5. Subsitute values:
6. Then, the lenght is:
180 square inches:
the kite area formula is (ab) / 2
15 x 24 = 360 / 2 = 180
The total number of common tangents that can be drawn to the circles is 1
<h3>What are the
tangent lines?</h3>
The tangent lines of a circle are the lines drawn, that touch the circle at only one point
<h3>How to determine the total number of
common tangents that can be drawn to the circles?</h3>
The complete question is added as an attachment
From the attached figure, we have the following highlights:
- The circles have different radii
- The smaller circle is completely inside the bigger circle
- Both circles have one point of intersection
The one point of intersection is the only point where both circles can have common tangents
Since there is only one point of intersection, then the number of common tangents on the circles is 1
Hence, the total number of common tangents that can be drawn to the circles is 1
Read more about tangents at:
brainly.com/question/12926708
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Sinα=height/length
length=height/sinα, we are given that α=20° and h=33 in
length=33/sin20° in
length≈96.49 in (to nearest hundredth of an inch)