All categories

3 years ago

Which statement is true regarding security for a computer that boots to Apple Mac OS X and then runs a Windows virtual machine

Computers and Technology

1 answer:

Artemon [7]3 years ago

7 0

Answer:

The correct answer to the following question will be "Virtual windows PC needs the security of its own".

Explanation:

Using Parallels Desktop, Virtual box or the VMware Fusion to run Windows on a VM (virtual machine) inside the macOS.
This technique allows the simultaneous running of Windows and mac programs, although the virtual machine doesn't quite accept as many Windows features as a double-boot configuration.

Therefore, this will be the right answer.

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What is a Database, Flat file and Relational Database?

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A flat file database stores data in a single table structure. A relational database uses multiple table structures, cross-referencing records between tables. Tables in both organize records in rows, with each column containing a single piece of data in the record.

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2 years ago

Examine the image below. What game featured characters like this that were based on the sugar skulls made for Dia de los Muertos

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3 years ago

A cathedral hull allows the boat to do what

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It allows power boats to have stability while cruising. The cathedral hull is like a trimaran in terehat it has one main and two side hulls stuck together so that has a somewhat square to rectangular shape and therefore exhibits greater stability than a single hulled boat. It became more popular with the advent of fibreglass boats in the 1960's and '70s.

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3 years ago

The piece of hardware that contains the circuitry that processes the information coming into the computer and tells the other ha

Aleksandr-060686 [28]

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3 years ago

How long does it take to send a 15 MiB file from Host A to Host B over a circuit-switched network, assuming: Total link transmis

alexdok [17]

Answer:

The answer is "102.2 milliseconds".

Explanation:

Given:

Size of file = 15 MiB

The transmission rate of the total link= 49.7 Gbps

User = 7

Time of setup = 84.5 ms

calculation:

$1\ MiB = 2^{20} = 1048576\ bytes\\\\1\ MiB = 2^{20 \times 8}= 8388608\ bits\\\\15\ MiB= 8388608 \times 15 = 125829120\ bits\\\\$

So,

Total Number of bits $= 125829120 \ bits$

Now

The transmission rate of the total link= 49.7 Gbps

$1\ Gbps = 1000000000\ bps\\\\49.7 \ Gbps = 49.7 \times 1000000000 =49700000000\ bps\\\\FDM \ \ network$

$\text{Calculating the transmission rate for 1 time slot:}$

$=\frac{ 49700000000}{7} \ bits / second\\\\= 7100000000 \ bits / second\\\\ = \frac{49700000000}{(10^{3\times 7})} \ in\ milliseconds\\\\ =7100000 \ bits / millisecond$

Now,

$\text{Total time taken to transmit 15 MiB of file} = \frac{\text{Total number of bits}}{\text{Transmission rate}}$

$= \frac{125829120}{7100000}\\\\= 17.72\\\\$

$\text{Total time = Setup time + Transmission Time}\\\\$

$= 84.5+ 17.72\\\\= 102.2 \ milliseconds$

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3 years ago