Answer:
Since the kite is flying, the hypotenuse side of the triangle is 32.4m, while the adjacent side is unknown.
Given the opposite and hypotenuse, we use sine to find the angle.
θ= 34.4° (1 d.p.)
Thus, the angle the kite string makes with the ground is 34.4°.
Notes:
216
Step-by-step explanation:
679-463=216
ΔABC ~ ΔEDF; x = r × w/z
m∠ABC = 180 -47 - 62 =71 = m∠EDF
ΔABC ~ ΔEDF
w/z = x/r
x = r × w/z
Slope = 7
Y intercept = (0,-5)
so i do not know that but hi
i just want points when i am bored
430
You add 98+124 which is 222 then add it plus 208 which is 430