Answer:
class PersonInfo:
def __init__(self):
self.num_kids = 0
def inc_num_kids(self):
self.num_kids += 1
person1 = PersonInfo()
print('Kids:', person1.num_kids)
person1.inc_num_kids()
print('New baby, kids now:', person1.num_kids)
Explanation:
Line 1 of the code, we define the class PersonInfo. Line 3 of the code is the function that will increment the member data num_kids.
Answer:
The "a" Option is correct.
Explanation:
The "COUNTIF" function counts every cell that, given a condition (value), suits into it. As you want to know the number of cells that contain a value of at least 50, the condition must be properly written to get the correct answer. Unless it is a cell value (e.g. B3), the condition must always be written with quotes (""). So, the options b and c are automatically discarded.
The d option appears to be correct, but it's not. If the condition is written ">50", the function will count every cell with a value above 50. But we're searching values at least (including) 50. So the correct answer is the a option.
Answer:
<p> tag:
The <p> tag in HTML defines a paragraph. These have both opening and closing tag. So anything mentioned within <p> and </p> is treated as a paragraph. Most browsers read a line as a paragraph even if we don’t use the closing tag i.e, </p>, but this may raise unexpected results. So, it is both a good convention and we must use the closing tag.
Syntax:
<p> Content </p>
Example:
<!DOCTYPE html>
<html>
<head>
<title>Paragraph</title>
</head>
<body>
<p>A Computer Science portal for geeks.</p>
<p>It contains well written, well thought articles.</p>
</body>
</html>
Output:
A computer Science Portal for geeks.
It contains well written, well thought articles.
So that they can lower the I2R losses
Answer:
There is a short circuit in a component in the power circuit.
Explanation:
The power circuit in a computer system, regulates, rectifies and steps down power and voltage entering the main motherboard.
When a power surge capable of damaging the motherboard occurs, A component in the power circuit is shorted, not allowing the dangerous power to pass.
This can be troubleshooted by passing a high current, since the shorted component has a high emf. It over heats and is detected and changed.
