October has 31 days.
31 days x 24 hours in a day x 60 minutes in one hour
= 44,640 minutes.
<span>The relative frequency of the duvall Team winning a game is:
f=24/30
f=0.8
P=f*100%
P=0.8*100%
P=80%
Answer: </span><span>the relative frequency of the duvall Team winning a game is 0.8 and the likelihood that the duvall team will win the next game is 80%</span>
Answer:
40 hours will it take for the pool to fill.
Step-by-step explanation:
A pump can fill a swimming pool in 8 hours.
Work done by pump to fill in 1 hour is 
The pool also has a drain that can empty the pool in 10 hours.
Work done by pump to drain in 1 hour is 
If someone turns on the pump to fill the pool, but forgets to shut the drain.
Work done by both pipe in 1 hour is




Both pipe filled
part of pool in hours = 1
Both pipe filled complete pool in hours = 
Therefore, 40 hours will it take for the pool to fill.
Answer:
This a vector addition problem and you need to know the law of cosines and law of sines to solve this problem.
Two vector forces of 80lbs and 70 lbs act on an object at 40 degree angle between them.
The magnitude of the resultant force can be found by applying the law of cosines:
c2 = a2 + b2 - 2abcos140°
where a = 80, b = 70 and c is the resultant force vector you are asked to find
Once you find the magnitude of the resultant force, then you can find the angle it makes wrt the 70lb force using the law of sines:
sinα/a = sin140°/c
where α is the angle opposite side a, or the angle between the resultant and the 70lb vector that you are asked to find. so it would be 140lbs
Step-by-step explanation
Answer:
Unitary cost= $80
Step-by-step explanation:
Giving the following information:
Total manufacturing cost= $40,000
Number of units= 500
<u>To calculate the unitary cost, we need to use the following formula:</u>
Unitary cost= Total manufacturing cost / number of units
Unitary cost= 40,000 / 500
Unitary cost= $80