All categories

3 years ago

Which of the following identifies the patterns used for each data series in a chart?

Computers and Technology

1 answer:

Lady_Fox [76]3 years ago

7 0

The answer is A)Legend.

You might be interested in

((11111111-1011100) X (10100 / 10))- ( 110010000+ 1110011)

dsp73

Answer:

10089891099

Explanation:

3 0

2 years ago

State 4 & circumstances under which warm<br>booting of a computer may be necessary

Brums [2.3K]

Answer:

to close an open application

3 0

2 years ago

Data are made anonymous by Destroying all identifiers connected to the data. Requiring all members of the research team to sign

mestny [16]

Answer:

Destroying all identifiers connected to the data.

Explanation:

Identifiers are your virtual location when navigating, if you destroy your 'Virtual ID', nobody could identify you. Also, you could hide your identifiers, in this case, there's a small risk.

3 0

3 years ago

Consider sending a 2400-byte datagram into a link that has an mtu of 700 bytes. suppose the original datagram is stamped with th

Feliz [49]

Explanation:

Let, DG is the datagram so, DG= 2400.

Let, FV is the Value of Fragment and F is the Flag and FO is the Fragmentation Offset.

Let, M is the MTU so, M=700.

Let, IP is the IP header so, IP= 20.

Let, id is the identification number so, id=422

Required numbers of the fragment = $[\frac{DG-IP}{M-IP} ]$

Insert values in the formula = $[\frac{2400-20}{700-20} ]$

Then, = $[\frac{2380}{680} ]$ = $[3.5]$

The generated numbers of the fragment is 4

If FV = 1 then, bytes in data field of DG= $720-20 = 680$ and id=422 and FO=0 and F=1.

If FV = 2 then, bytes in data field of DG= $720-20 = 680$ and id=422 and FO=85 $(85*8=680 bytes)$ and F=1.

If FV = 3 then, bytes in data field of DG= $720-20 = 680$ and id=422 and FO=170 $(170*8=1360 bytes)$ and F=1.

If FV = 4 then, bytes in data field of DG= $2380-3(680) = 340$ and id=422 and FO=255 $(255*8=2040 bytes)$ and F=0.

3 0

3 years ago

In order to drive safely, you need to ___________. A. possess good vision B. look to the side while keeping your head and eyes s

Elena-2011 [213]

The question is vague, but answer B is absolutely incorrect so by default choice A is correct ... "good" is hard to define and your vision can be corrected by glasses allowing you to drive, etc.

6 0

3 years ago