The applied transformations include a dilation by factor of 3 from the x-axis (stretched vertically), a dilation of factor 1/2 from the y-axis (stretched horizontally), and a translation of pi units in the negative x direction
Answer:
50
Step-by-step explanation:
20/ 100 x 50
then u will get 10 as the answer
Answer:
936m
Step-by-step explanation:
What we have here is a rght triangle, where one leg is the hight between the nest and the bird (400 - 20 =380) and the other is the distance between the bird and the nest linearly from the ground (name it X). The hypotenuse is the distance the bird will fly ( name it H).
Is not clear if we need to find X or H so we will find both.
First, to find H we use the trigonometric formula:
Sin(24) = leg opposed / hypotenuse
Sin(24) is 0.406 aprox
So,
0.406 = 380/h -> h = 380/0.406 = 936 (aprox)
Then we find X, the adjacent leg to 24° using the formula:
Cos(24) = X / hypotenuse
Cos(24) is approximately 0.91
So:
0.91 = X / 936 -> X=0.91*936= 852 (aprox)
So, the distance ir 936 ir 852, depending on what you need. The statement is not very clear (however I guess it is 936 as is the distance the bird Weill fly)
Answer:
no solution
Step-by-step explanation:
The Law of Sines tells you the relationship between sides and angles of a triangle.
<h3>Law of Sines</h3>
The Law of Sines tells you ...
sin(A)/a = sin(B)/b = sin(C)/c
Using the given information, this would tell us ...
sin(55°)/12 = sin(B)/b = sin(C)/27
Then angle C would be ...
sin(C) = (27/12)sin(55°) ≈ 1.843
There is no angle whose sine is greater than 1. The triangle we seek does not exist. (Side BC is too short relative to side AB.)
Answer:
312 $
Step-by-step explanation:
468 / 12 = 39 bags
8 x 39 = 312 $
so the answer is 312$