Answer:
I think 9h
Step-by-step explanation:
Since both variable are the same, you can divide the numbers. 27/3=9. Add back in the variable, and the answer would be 9h. That's how I would solve it at least
Answer: It is not possible that two triangles that are similar and not congruent in spherical geometry.
Step-by-step explanation:
For instance, taking a circle on the sphere whose diameter is equal to the diameter of the sphere and inside is an equilateral triangle, because the sphere is perfect, if we draw a circle (longitudinal or latitudinal lines) to form a circle encompassing an equally shaped triangle at different points of the sphere will definately yield equal size.
in other words, triangles formed in a sphere must be congruent and also similar meaning having the same shape and must definately have the same size.
Therefore, it is not possible for two triangles in a sphere that are similar but not congruent.
Two triangles in sphere that are similar must be congruent.
The value of h(f(x)) would just be x. That is the line y = x which is the line that functions are reflected in to find the inverse.
Answer:
2.5 pie/person
Step-by-step explanation:
(5 pie)/(2 person) = (5/2) pie/person = 2.5 pie/person
Answer:
-6
Step-by-step explanation:
From the line graph, you can see that x = -7 also has the y-coordinate of
y = -6. So the output is -6.
