Answer:
B) The charge-coupled device
Explanation:
Around 1964 the first CMOS (Complementary Metal Oxide Semiconductor) circuits were developed. This would be the "embryo" of the Charge-coupled Device (CCD), which equips current digital cameras and who is responsible for capturing images.
CMOS is a small circuit that uses very little energy and stores information such as date, time and system configuration parameters.
The first CCD was developed in 1969 and it is still used today in many portable devices and computers.
Answer:
64
Explanation:
A truth table can be defined as a table that tells us more about a Boolean function.
A truth tables also gives us more information about how logic gates behave. They also show us the relationships between the inputs and outputs of a logic gates.
Logic gates are essential and fundamental components of an electrical circuit.
The rows on a truth table shows us the possible combinations of the inputs of a circuits as well as it's resulting or corresponding outputs.
In order to determine the number of rows that a truth table has, the formula below is used.
Number of rows in a truth table = (Number of Inputs)²
In the question above, we are told that
A truth table has 8 inputs and 5 logic gates. The number of rows needed for this truth table is calculated as:
Number of rows in a truth table = (Number of Inputs)²
Number of rows in a truth table = (8)²
= 64 rows.
Answer:
It indicates that either the argument is not corresponding to the perimeter or not returning the same as the variable or function. They arise a syntax error and Python parser is unable to understand a line of code.
Explanation:
Answer:
Parallelism
Explanation:
Parallelism:- It is a linguistic device.It is basically the use of components that are similar in their meaning ,sound or construction.So in the statement by Reverend Jesse Jackson .The statement uses words that sound similar and the statements have similar construction.
So we conclude that the answer is parallelism.
Answer:
False
Explanation:
IPv4 address are composed of four octets (8 bit numbers), ranging from <em>0.0.0.0 to 255.255.255.255</em>
All those 32 bits, in decimal notation, can form a total of
different addresses.
Being more than 4 billion addresses and ignoring that some addressesare reserved for special uses, even present human population almost doubles that number.
So it is safe to state that IPv4 addresses is <u>not </u>enough to give every blade of grass its own IP.
