The answer would be 1.3 x 10 -5
2<span>, </span>3<span>, </span>5<span>, </span>7<span>, </span>11<span>, </span>13<span>, </span>17<span>, </span><span>19
Hope this helps.</span>
Answer:
26,812 ft
Step-by-step explanation:
The drawing given is very helpful in this case. When solving problems like this, it's important to realize what trigonometric ratio we're going to use. From the given angle (50°), we are given the hypotenuse (35,000 ft) and we're trying to solve for the opposite side ().
So since we're trying to find the opposite side side and we have the hypotenuse, we should try to find a trigonmetric ratio between the opposite side and the hypotenuse. Using SOH-CAH-TOA, hopefully you can see that we should pick SOH (i.e. ). Therefore, we can set up our equation given the angle .
Since we're solving for , we can just rearrange to get
Therefore, the plane's altitude is 26,812 ft.
Answer:
Step-by-step explanation:
z = 4, z = 12
Absolute value does not take into account negatives. After the equation is done the sign switches if negative
|4 - 8| = |-4| = 4
|12 - 8| = |4| = 4
Answer:
sometimes
Step-by-step explanation:
adjacent angles are two angles that share a vertex, common side/ray between them, and do not overlap.
only supplementary adjacent angles always add up to 180 degrees,
both x or y could be any angle, as long as they're sharing a common side and vertex.