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:
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Answer:
$50
Step-by-step explanation:
Hello There!
We are given that for 1 hour of work 250 dollars is charged and for 3 hours of work 350 dollars is charged
This could also be represented in two points (1,250) and (3,350)
The question wants us to find the hourly charge rate (slope)
we can easily find the slope ( hourly charge rate ) by using the slope formula
we have our two points so all we need to do is plug in the values (remember y values go on top and x values go on the bottom.)
So we can conclude that the hourly charge rate is $50
Answer:
multiply 10 and divide by 9
Step-by-step explanation:
you multiply 90 by 10 and get 900 then divide 900 by 9 and u get 100
Answer:
825.1875
Step-by-step explanation:
The formula for finding area for a rhombus is A=b x h (b= length h=height) so you just have to multiply the two an d you'll get your answer.
Answer:
x = 13
y = 9
Step-by-step explanation:
