Answer:
The distance from the plane to SCCA is 34,203.0 feet approximately, and the horizontal distance is 32,708.5 feet approximately.
Step-by-step explanation:
You can draw a right triangle like the one shown in the figure attached, where:
x: horizontal distance.
y: distance from the plane to SCCA.
You can calculate x as following:
Where:
Substitute and solve for x:
You can calculate y as following:
Where:
Substitute and solve for y:
Answer:
22
Step-by-step explanation:
PEMDAS
25-9÷3
25-3
22
a:
The side-side-side (SSS) theorem. It states that, if two triangles have the same side lengths, they are congruent.
b:
You should have three ovals saying:
- AB=A'B' (given)
- AC=A'C' (given)
- BC=B'C' (given)
These three ovals will point to the final oval, containing ABC=A'B'C', justified with "SSS"
c:
In this case, congruence implies similarity, so you don't have to change anything. In general, it is sufficient to prove that the three angles have the same measure to prove similarity, and this is not enough to prove congruence.
Answer: Option C.
Step-by-step explanation:
The equation of the line in slope-intercept form is:
Where the slope is "m" and the intersection of the line with the y-axis is "b".
Given the function f(x) in the form , you can identify that:
This means that the line passes through the origin (0,0)
And from the function g(x) in the form , , you can identify that:
This means that the line of the function g(x) and the line of the function f(x) have the same slope, but the line of g(x) passes through the point (0,-16)
Therefore, the graph of f(x) must be shifted 16 units down to produce the graph of g(x)