Answer:
The operation that will occur first is D5*C6 (multiplication).
Explanation:
Excel’s default order of operator precedence mandates that Excel perform multiplication before addition and substraction. If you want the addition or substraction to be performed before multiplication or division, they must be in parentheses.
The order of operations in exel is:
1. Evaluate items in parentheses.
2. Evaluate ranges (:).
3. Evaluate intersections (spaces).
4. Evaluate unions (,).
5. Perform negation (-).
6. Convert percentages (%).
7. Perform exponentiation (^).
8. Perform multiplication (*) and division (/), which are of equal precedence.
9. Perform addition (+) and subtraction (-), which are of equal precedence.
10. Evaluate text operators (&).
11. Perform comparisons (=, <>, <=, >=).
Answer:
B.)You want to maintain connections with external files
Explanation:
These are the options for the question
A.)You do not want to save the original data sources.
B.)You want to maintain connections with external files
C.)You want to reduce file size
Embedding data can be regarded as insertion of objects( embedded object) such as spreadsheet into a word-processor so that it can be edditted.
Data Import can be regarded as ways that give room for uploading of data
from external sources , then combine it with data that is been collected via Analytics.
Explanation:
hardware are the physical parts of the computer which can be touched seen and felt is called hardware.
the device which are use to inter data and instructions from the user is clawed input device. foreg; keyboard , mouse.
the processing device of computer is cpu
the printed information which can be touched and seen is Called hardcopy .
soft copy are which can be seen but not touched is called soft copy .
the device that are use to store data and instructions is called storage devices.
Answer:
Option (A)
Explanation:
See attachment for options
From the options, the code segment of option (A) answers the question and the explanation is as follows:
I added a second attachment which illustrates the movement
function (solveMaze) {
moveForward(); ---- The robot moves up (to position 1)
moveForward(); ---- The robot moves up (to position 2)
rotateRight(); ---- The robot changes where it faces (however, it is still at position 2)
<em>while(canMove("forward")) { moveForward(); } </em>---- This is repeated until the robot reaches the end of the grid (i.e. position 3 and 4)
rotateLeft(); ---- The robot changes where it faces (however, it is still at position 4)
moveForward(); ---- The robot moves up to the gray square
