What you ate for breakfast this morning is most likely to be encoded automatically.
What Is Automatic Encoding / Programming?
Automatic encoding is a memory process in which information is taken in and encoded without conscious effort. This is demonstrated by a person's ability to learn and remember how things are organized in a house or where to find specific items in a grocery store. These are things that can be learned quickly through experience rather than through study or effort.
The term “automatic coding” or “programming” refers to coding that is generated automatically by another program based on given specifications. It is code writing code in the true sense of the term. In fact, theoretically, you could have code that writes code that writes code that writes code! That may appear to be very technical, but you have probably seen examples of such programming in your daily life. You’ve probably seen it in action if you’ve used Microsoft Excel or Access.
As a result, "What you ate for breakfast this morning" is most likely to be encoded automatically because an individual's breakfast is predictable. By collecting an individual's breakfast pattern data, we can feed this data to the system, and with this data, a system can easily encode and predict an individual's next breakfast.
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Answer:
Give her the bag, whether she sees what you did or not its good to help a person in need.
Explanation:
A binomial random variable is one based on a given number of specified
outcomes from a given number of trials.
- The choice that is a binomial random variable is Choice B; <u>Amelia rolls 5 fair dice. Let </u><u><em>D</em></u><u> equals the number of dice that show a value greater than 3</u>.
Reasons:
A binomial random variable is the variable that represents the number of
times a specified event occurs in a given number of trials.
From the above definition of the binomial random variable, we have;
The binomial random variable is the option;
<u>Choice B Amelia rolls 5 fair dice. Let </u><u><em>D</em></u><u> equals the number of dice that show </u>
<u>a value greater than 3</u>, because, of the following;
- The number of trials are specified as 5
- The variable which is the event that is being observed, is specified as the number of times when the dice show values greater than 3.
<em>Choice A is a geometric random variable</em>
<em>Choice C is a random variable</em>
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