4.42×10^34 molecules/min
<h3>Step-by-step explanation:</h3>Multiply the various factors, along with the unit conversion (60 s/min).
... (3.35×10^25 molecules/L) × (2.2×10^7 L/s) × (60 s/min)
... = (3.35×2.2×60)×10^(25+7) molecules/min
... = 442.2×10^32 molecules/min
... ≈ 4.42×10^34 molecules/min
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<em>Comment on scientific notation problems</em>
Your scientific or graphing calculator will allow you to enter and display numbers in scientific notation.
Answer:
$110
Step-by-step explanation:
The computation is shown below:
Provided that
Number of desk purchased Fund Left $
0 700
1 590
2 480
3 370
4 260
5 150
6 40
Now the Fund decreased while purchasing is
= 5 desks - 2 desks
= 3 desks
i.e
= $480 - $150
= $330
Now the amount of money left for decreased the desk fund is
= $110
Answer:
Step-by-step explanation:
Let's use binomial distribution, because we are interested in find the total number of successes in a sequence of n independent experiments.
In probability, a binomial distribution is used in a Bernoulli process. That is, a sequence of experiments of n independent trials, each asking a dichotomous question, that means it only has two answers. One answer is a success (probability: p) and the other is a failure (probability: 1-p). In this case, every customer who enters in the store is the experiment. If they make a purchase is a success event, taking into account that every purchase decision has to be independent.
x= total number of success
n= total number of experiments
p=probability of success on an indivual trial
a) x= 5 ------> customers that make a purchase
n= 6 ------> total customers
p=0.3
b) At least 3 customers make a purchase. x ≥ 3
c) At most 2 customers make a purchase. x ≤ 2
d)At least 1 customer makes a purchase. x ≥ 1
e)They must be kind to customers, always willing to help and give information about products clearly and honestly.
Have enough inventory and offer promotions for the purchase of more than one product
Have an agile payment system that avoids rows and delays in purchases.