Answer:
{HH,CC,HC,CH}
Step-by-step explanation:
We are given that
H denotes hot and cloudy denotes C.
We have to find the total possible outcomes for the weather on two consecutive days.
The possible cases in two consecutive days
Both days are hot=HH
Both days are cloud=CC
First day is hot other day cloudy=HC
First day is cloudy other day is hot=CH
Total possible cases=HH,CC,HC,CH
Therefor, the total outcomes for the weather on two consecutive days={HH,CC,HC,CH}
Answer: 3 & 18
Step-by-step explanation:
x+6x = 21
7x=21
x=21/7
x= 3
21-3 = 18
so 3 and 18
Answer: Option(c) is correct.
Step-by-step explanation:
Data engineering is a set of guidelines and approaches that characterize the kind of information gathered and how it is put away and utilized.
The Data engineering includes the means, for example, gathering of data, storage of information in the databases and access the information at whatever point required.
So,data engineering refers to information storage, database plan and information structures.
Consequently Data quality isn't clarified in Data engineering.
Answer:
3
Step-by-step explanation:
Answer:
ln[xy/sqrt(z+4)]
Step-by-step explanation:
lnx+ln(y^4)-ln((z+4)^1/2)
The logarithms property states that logxy can be written as log(x)+log(y)
ln(xy)-ln(z+4)^1/2
The logarithms property also states that logx/y can be written as log(x)-log(y)
ln(xy)/ln(z+4)^1/2
ln(xy/(z+4))^1/2
ln[xy/sqrt(z+4)]
Hence by using the logarithms properties In x + 4 In y - 1/2 In (z + 4) can be written as ln[xy/sqrt(z+4)]