The given decimal values are converted to octal and hexadecimal.
Explanation:
a. The converted octal value of 111010110001.0112 decimal number is 1473055755061.00557000643334272616
The converted hexadecimal value of 111010110001.0112 decimal number is 19D8B7DA31.02DE00D1B71758E21965
b. The converted octal value of 10110011101.112 decimal number is 113246503335.07126010142233513615
The converted hexadecimal value of 10110011101.112 decimal number is
25A9A86DD.1CAC083126E978D4FDF4
a. while converting back from octal to decimal the value is 111010110001.01119999999999999989
b. while converting back from octal to decimal the value is
10110011101.11199999999999999973
Hence both the values changes while we convert from octal to decimal.
A) facts.
Facts is the only thing that can be considered REAL data.
Answer:
In this case, Riko and hina made the correct steps.
Explanation:
Rin y Sakura made a wrong step because the range A14 to A25 already exist, and they have selected the option Define name, with this option we can make a new range with a new name.
Riko and Hina have selected the option name manager, with this option we can select the range A14 to A25 with the name "Goals", and to expand it to the new range A14 to A45.
Explanation:
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Answer:
The answer to this question can be described as follows:
a) True
b) False
c) False
d) False
e) False
f) True
Explanation:
In option a, PATA device is used to connect the hard drives into systems. Its title suggests, depends on parallel transmitting technology, contrasted to the compulsive-signaling tools.
In option b, SATA1 is a first-generation device, and SATA3 third generation, that's why it is wrong.
In option c and option d, both were wrong because RAID 0 and RAID 5 are Cloud computing software for storing data.
In option e, An internal SATA data cable with an eSATA port can not be used as an additional connection is provided by the eSATA port.
In option f, It is true because there are 7 pins in internal SATA.
