Your answer is $60. how i got this by taking 3 and multiplyed it by $20 and that gave me $60. so we know 60 + 50=110 so it's the same as $60 + $50=$110.
also you could put it in a equation which is $50 + $3(x)=$110.
to solve that you would just find out what can fit in the X place which was $20.
=>so this is your answer, $20.00. <=
Answer:
Atmospheric Pressure = 739.2 millibars
Step-by-step explanation:
To answer this question one should assume that Mangamaunu Beach is at sea level ( altitude = 0 m) and that the summit of Manakau is at 2608 meters.
The change in atmospheric pressure with altitude in the first 5 km can be roughly represented by a linear relationship with slope "m" as follows
Giving the following equation:
Applying for Height = 2608 m
Answer:
Check the explanation
Step-by-step explanation:
Ans=
A: For m = 5: P(³≥1) = 1 – P(³=0) = 1 – 0.9973^5 = 0.0134
M = 10: 1 – 0.9973^10 = 0.0267
M = 20: 1 – 0.9973^20 = 0.0526
M = 30: 1 – 0.9973^30 = 0.0779
M = 50: 1 – 0.9973^50 = 0.126
18)
Ans=
Going by the question and the explanation above, we derived sample values of the mean as well as standard deviation in calculating our probability, since that is the necessary value in determining the probability of an out-of-bounds point being plotted. Furthermore, we would know that that value for the possibility would likely be a poor es²ma²on, cas²ng doubt on anycalcula²ons we made using those values
Answer:
Step-by-step explanation:
When x = 3, y = 13
When x = 5, y = 37
Subtract both y-values to find the change:
37 - 13 = 24
Average of the change:
= 12
Answer:
0.349
Step-by-step explanation:
