Answer:
m∠EJH = 212°
Step-by-step explanation:
The external angle (F) is half the difference of the arcs intercepted.
F = (EJH -EG)/2
Solving for EJH, we get ...
2F +EG = EJH
2(65°) +82° = m∠EJH = 212°
Answer:
<u>The correct answer is G. $22,436.40</u>
Step-by-step explanation:
1. Let's review the information given to us to answer the question correctly:
Jelena's average annual salary = $ $53,420
Expected annually pension to receive from Social Security = 42% of her average annual salary
2. How much can Jelena expect to receive from Social Security annually if she were to retire today?
Expected annually pension to receive from Social Security = 42% of her average annual salary
Expected annually pension to receive from Social Security = 53,420 * 0.42 = $ 22,436.40
<u>The correct answer is G. $22,436.40</u>
Ok I’ll follow you but I’m not active on it
Ideal timeline of the dance routine = 4 minutes = 4 × 60 seconds = 240 seconds
Variation allowed in the dance routine timeline = +- 5 seconds
Let the timeline of the dance routine be T
⇒ 240 seconds - 5 seconds < T < 240 seconds + 5 seconds
⇒ 235 seconds < T < 245 seconds
⇒ minutes < T < minutes
⇒ 3.92 minutes < T < 4.08 minutes
So the least possible time of the dance routine can be 3.92 minutes (or 235 seconds) and the greatest possible time of the dance routine can be 4.08 minutes (or 245 seconds)
Answer:
Unpredictable
Step-by-step explanation:
Cuz if u look at it it is also random and u cant predict a random thing, so its quite simply unpredictable