Refers to the capacity to form bonds with particular

Time (non-statistical) division multiplexing differs from frequency division multiplexing because it:

yan [13]

Explanation:

We can divide the multiplex in different categorize, for example:

FREQUENCY DIVISION MULTIPLEXERS (FDM)
TIME DIVISION MULTIPLEXERS (TDM)
STATISTICAL TIME DIVISION MULTIPLEXERS (STDM).

But in this case, we're going to explain about the time and frequency, because the time division multiplex differ to frequency, because the circuit is divided horizontally, and the time is vertically

b. splits the communication circuit vertically (with time slots) instead of horizontally

7 0

3 years ago

Consider the following statements: struct supplierType { string name; int supplierID; }; struct paintType { supplierType supplie

Romashka [77]

Answer:

The answer is "supplierType"

Explanation:

Description of the code:

In the given program two structure is defined, that is "supplierType and paintType", in which "supplierType" structure two-variable name and "supplierID" is defined, that datatype is "String and integer".
In the next step, "paintType" is declared, in which "supplierType" object supplier is created, in which two string variable "color and paintID" are defined, in which "supplierType" data type is supplied.

3 0

3 years ago

Can you help me with these AP Computer Science Questions. (THIS IS DUE BY 1:30 PM today) you have to evaluate the Boolean Expres

vfiekz [6]

Answer + Explanation:

'and' -> both statements are 'True' to evaluate as 'True'.

'or' -> at least one statement is 'True' to evaluate as 'True'.

1. True (grade has the value of 82, so the statement evaluates to 'True').

2. True (Both statements are true, this expression evaluates to 'True').

3. False (Both statements are false, this expression evaluates to 'False').

4. True (the != operator means not equal. Since the 'name' variable holds the string 'Rumpelstiltskin', name != 'Rumpelstiltskin' evaluates to 'False'. The 'not' operator returns the opposite of the given Boolean expression, so this expression evaluates to 'True').

5. True (name == 'Rumpelstiltskin' evaluates to 'True', so this expression is true).

6. False (All statements evaluate to 'False').

7. True (All statements evaluate to 'True').

8. False (All statements evaluate to 'True' except for not(x == - 3) which evaluates to 'False', so the whole statement now becomes false).

9. True (grade+5 < 90 and grade >= 80 evaluates to 'True', so this whole expression becomes true).

10. True (grade > 0 and x % 2 == 1 evaluates to 'True')

Hope this helps :)

7 0

3 years ago

Guys for those who are familiar to bubble gum sim...THERE IS A HUGE EVENT AND I DONT WANT TO FAIL AN EVENT...(again) is anyone w

Alborosie

Dude is u still use this app then friend meh on roblox

6 0

3 years ago

1. Write a high level algorithm for cooking a cheeseburger.

pishuonlain [190]

Answer:

1. A high level algorithm for cooking a cheeseburger could be:

Heat fry pan
Cook one side of the hamburger
Wait
Turn hamburger upside down
Put cheese over hamburger
Wait
Cut hamburger bread in half
Put cooked hamburger inside bread
End (eat)

2. A detailed algorithm for cooking a cheeseburger could be:

Place fry pan over the stove heater
Turn on heater (max temp)
IF fry pan not hot: wait, else continue
Place raw hamburger on fry pan
IF hamburger not half cooked: Wait X time then go to line 5, else continue
Turn hamburger upside down
Put N slices of cheese over hamburger
IF hamburger not fully cooked: Wait X time then go to line 8, else continue
Turn off heater
Cut hamburger bread in half horizontally
Put cooked hamburger on one of the bread halves.
Put second bread half on top of hamburger
End (eat)

Explanation:

An algorithm is simply a list of steps to perform a defined action.

On 1, we described the most relevant steps to cook a simple cheeseburger.

Then on point 2, the same steps were taken and expanded with more detailed steps and conditions required to continue executing the following steps.

In computational terms, we used pseudo-code for the algorithm, since this is a list of actions not specific to any programming language.

Also we can say this is a structured programming example due to the sequential nature of the cooking process.

7 0

3 years ago