Plan out your day and how long it will take you to do everything. then if you still don’t have time, see if there’s anything you can shorten in time
The correct answer for this question is this one: "<span>d.Statements I and II only."
The code fragment "</span><span>int result = obj.calculate(4, 3.14);" shows that the method calculate is a public one and it is located in a SomeClass that is also public. In this way, the method is easier to access through a certain object.</span>
<span>
The name of the robot astronaut created by NASA is Robonaut 2.</span>
<span /><span>This robot has arm, legs, a head and a torso. It even has fingers so that it is able to use the same tools that is used by human astronauts. </span>
<span> Hope this helps. :)</span>
Dynamic systems are governed by control systems, whereas electronic systems contain the minuscule parts required to conduct electricity. Option E is correct.
<h3>What are groups?</h3>
People who concentrate on the same issue or idea form thematic groups. Individuals with experience in diverse systems make form thematic teams working on various initiatives and concepts.
In order to achieve the intended outcome, the control system's main purpose has been to govern dynamic systems.
The electronic system theme group's job is to put electronic miniatures in systems that act as power-control mechanisms. Thus, option E is correct.
Learn more about thematic groups. here:
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Answer:
A recursive function known as double-digit is a function that accepts as a parameter and returns the integer that is obtained by changing each digit with double digits. For example 425 should be return as 442255.
In the given scenario
the function will be as follow
If
def double_digits:
n < 0:
return -1 * double_digits ( -1 * n )
elif n = 0
return o
else:
result
double_digits ( n // 10 )
return int ( str ( result ) + str ( n % 10 ) + str ( n % 10 )
Test the function as follow
print ( double_digits ( 348 ) )
Result
334488
Test the function as follow
print ( double_digits ( 0 ) )
Result
0
Test the function as follow
print ( double_digits ( -789 ) )
Result
-778899