Find the shortest distance from A to B in the diagram below.
2 answers:
Answer:
10 cm.
Step-by-step explanation:
We have been given a cuboid. We are asked to find the shortest distance from A to B is the given diagram.
We know that shortest distance from A to B will be equal to hypotenuse of right triangle with two legs 8 meters and 6 meters.
Now, we will take square root of both sides of our given equation as:
Therefore, the shortest distance from A to B is 10 cm.
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The phrases that fit the graph of are
- curve positive x-values
- point (1, 1) x-intercept = 0
- quadrant I y-intercept = 0
The equation of the function is given as:
Next, we plot the graph of the function (see attachment)
From the attached graph, we have the following highlights:
- All points are in quadrant I
- The function is a curve
- It has an x-intercept of x = 0
- It has a y-intercept of y = 0
- It has only positive x values
- It passes through (1,1)
The above represents the phrases that fit the graph
Read more about features of a function at:
#SPJ1
<h3>Complete question</h3>Using a graphing application, graph y = √x. Sketch the graph below.
Select all phrases that fit the graph of y = √x
curve straight y-intercept = 1 positive x-values
quadrant IV quadrant III point (1, 1) x-intercept = 0
quadrant I y-intercept = 0 no y-intercept negative y-values
no x-intercept quadrant II x-intercept = 1 point (-1, -1)
Answer:
Step-by-step explanation:
Given that at a hockey game, a vender sold a combined total of 204 sodas and hot dogs.
The number of sodas sold was three times the number of hot dogs sold.
Let no of hot dogs be sold be x then no of sodas sold will be 3x
Total number of sodas and hot dogs
the number of sodas =153
and the number of hot dogs sold=51