Answer:
Combine text from two or more cells into one cell
Select the cell where you want to put the combined data.
Type = and select the first cell you want to combine.
Type & and use quotation marks with a space enclosed.
Select the next cell you want to combine and press enter. for instance =A1&" "&B3.
Answer:
b) chief privacy officer (CPO)
Explanation:
The CPO is responsible for ensuring the ethical and legal use of information within a company.
Chief knowledge officer (CKO) is a the person responsible for overseeing knowledge management within an organisation. This role is just like the role of chief learning officer.
A chief information officer (CIO) is the person responsible for the management, implementation, and usability of information and computer technologies. The role is also known as chief digital information officer (CIDO)
A chief technology officer (CTO) is the person in charge of an organization's technological demand. This role is also known as a chief technical officer.
From the above explanation; it is clear that the answer is Trina Hauger is a CPO.
Answer:
3.85 out of 4
Explanation:
As 96.1791 out of 100 gives 96.1791% calculated below:
Percentage formula: (Obtained value/total value)*100.......eq(1)
Putting values:
= (96.1791/100)*100
= 96.1791%
Now finding 96.1791% of 4:
Putting values in eq (1):
96.1791% = (Obtained value/4)*100
96.1791/100= (Obtained value/4) (dividing by 100 on both sides)
0.961791 = (Obtained value/4)
4* 0.961791 = Obtained value (multiplying 4 on both sides)
3.847164 = Obtained value
Then 96.1791% of 4 will be equal to: 0.961791 * 4 = 3.847164
Rounding off the answer to 2 decimal places:
=3.85 (As the digit on 3rd decimal place is greater than 5)
The answer is going to be False they do not use the same Web crawler.
HOPES THIS HELP:)
Explanation:
This means that it requires a disconnecting means for each motor, and it must be located in sight from the motor location and the driven machinery location.
Multiply the FLC of the largest motor by 125%.
Add up the FLCs of the other motors.
Multiply the continuous non-motor loads by 125%.
Add up all of the above to the total of the non-continuous loads.
