Step-by-step Answer:
In general, random number generators generate a uniform distribution, and we generally ASSUME that this is so.
If that is the case, the estimated probability of selecting a 3 is 1/3.
The actual probability depends on the generator. Some as ASSUMED to be uniform, but it could be biased on particular numbers, knowingly or unknowingly.
Some generators are programmed to generate particular distributions (other than uniform), such as exponential, normal, or any other probability distribution. In these cases, the probability of selecting a 3 will depend on the distribution.
Even if the generated distribution is known, the actual probability could still be different from the theoretical (or estimated), because that is why we call them "random numbers".
In short, the "actual" probability depends on the characteristics of the generator, of which we have no knowledge.
Yes. because when you divide the number of glasses per year by the amount of glasses per day (2920/8)=365 so it is reasonable
Answer:
Where m is the slope and b the intercept.
Using the information given the variable cost 5.5 per hour represent the slope and the fixed cost 10 represent the value of b and then our model would be given by:
Wher y is the total cost and x the hours rented
Step-by-step explanation:
For this case we want to model the situation with a general equation given by:
Where m is the slope and b the intercept.
Using the information given the variable cost 5.5 per hour represent the slope and the fixed cost 10 represent the value of b and then our model would be given by:
Wher y is the total cost and x the hours rented
Answer:
= 8.5 hours
= 8 hours 30 minutes
Step-by-step explanation:
Full time spent = 100%
If 40% = 3.4 hours ,
What about 100% = ?
= (100 x 3.4) ÷ 40
= 340 ÷ 40
= 8.5 hours
Answer:
71°
Step-by-step explanation:
The temperature had to be at least 71° when the heater quit to be able to lose 4° and still be at least 67° when the heater is repaired.
Question is...how did someone know that the heater had failed?
