E<span>xactly one plane contains a given line and a point not on the line.</span>The statement that best describes the relationship between a line and a point in a plane is that, there is exactly one plane containing a given line and a point not on the line.
Picturing the tent helps, but we can actually solve this question using simple algebra and no knowledge of triangles.
The key is this function:
(b/h) = 2/√3
We want to get h by itself. First, multiply both sides by h:
b = h(2/√3) Now multiply both sides by the reciprical, (√3/2)
(√3/2) b = h
Therefore, the answer is C) h= b(√3/2)
Answer:
4/3
Step-by-step explanation:
Answer:
htx
Step-by-step explanation:
Answer:
The equations are:
and
.
Step-by-step explanation:
We are given that Brittany uses the rowing machine and the stair machine at the gym for an exercise program.
Let the time spend by Brittany on the stair machine be represented by the variable
.
and the time spend by Brittany on the rowing machine be represented by the variable
.
Now, there are two conditions stated by her trainer;
- The first condition states that Brittany will exercise for 30 minutes, dividing her time between the two types of machines, that is;
- The second condition states that Brittany will spend three times as much time on the stair machine as on the rowing machine, that is;
So, the equations are:
and
.
These equations can be solved either using the substitution method or the elimination method.