Question:
Linear Equation In One Variable
solve x,
Answer:
Step-by-step explanation:
Given
Required
Solve for x
Multiply through by 2
Solve for x
For a given line and a point outside of it, only one plane passes through both of these.
<h3>
How many planes can be defined with one line and one point outside?</h3>
By definition, we say that a plane is defined by 3 non-colinear points.
With 3 non-colinear points we can make a line and a point outside of that line.
So, in resume, any plane can be defined by a line and a point outside of it. Then, with a line and a point outside of it we can define a single plane. This means that if we have a line and a point outside of the line, only a single plane passes through both of them.
So the correct option is C: one.
If you want to learn more about planes:
brainly.com/question/1655368
#SPJ1
X=10 Y=-2 Z=4 so basically your answer will be (10,-2,4) & your welcome
The answer is 145 divided by tan 65 degrees.
Since the equation for tangent is opposite/adjacent, you can just plug the numbers in.
tan(65)=145/x (x being the height that you are trying to find)
tan(65) * x = 145
Then divide tan(65) to isolate the x and you get:
145/tan(65)
Hope this helps!
Answer:
54
Step-by-step explanation:
2x+2=3x-52
subtract 2 from both sides
2x=3x-54
x=54
