You would use the Law of Sines here. First realize that if A and B equal 35 and 65 respectively, C=180-65-35=80°. Then from the Law of Sines:
b/sin65=15/sin80
b=15sin65/sin80
b≈13.8 units (to the nearest tenth of a unit)
The Floridians can predict to hear the thunder on about 183 days out of the 730 days.
<u>Step-by-step explanation:</u>
Given that,
- The total number of days = 730 days.
- The probability of hearing thunder on any day in Florida = 25%
Let 'x' be the number of days out of 730 days that Floridians will hear thunder.
<u>To find the number of days that Floridians will hear thunder :</u>
Number of days will hear thunder = 25% of Total days
The 25% can be expressed in the form of 25/100.
Therefore, the x days that Floridians will hear thunder is given as,
⇒ x = (25/100) × 730
Further simplifying the above equation,
⇒ x = 2.5 × 73
⇒ x = 182.5
Since the number next to the decimal point is equal to 5, round it to the nearest integer.
Therefore, the value of x is approximately equal to 183 days.
Thus the Floridians can predict to hear the thunder on about 183 days out of the 730 days.
Answer: 20 apples, because if you say 8 apples=$4, then that means 2 apples =$1, so $10=20 apples
Step-by-step explanation:
Answer:
Dud there are directions go to the mission Page
Answer:
Step-by-step explanation:
P(x)=S(x)-C(x)
0.8=9-C(x)
C(x)=9 -0.08
C(x)=8.92
