Hello, I assume you mean

To add 110011+ 1101 we can setup the problem like the following:
110011
+ 1101
-------------
1000000
When we add 1 + 1 this equals 10 so we just carry the 1 and we keep doing that from right to left. Also 1 + 0 = 1
The best-suited telecommunications tool for Dr. Wisteria is a blog.
a blog
<u>Explanation:</u>
A blog can be defined as an informational website and more a platform for exchanging views and ideas about a particular topic.
There are various blogging platforms available. Dr. Wisteria should start writing blogs about health issues and in this way, she would be able to interact with all the people accessing the blog. People can also post their queries about their health issues and Dr. Wisteria can always reply to them.
This would also create a lot of awareness about any particular health issue being discussed as it is not necessary that only those people who want to post something will access the blog post, it can always be accessed by anyone.
Explanation:
can u suggest a title about quarantine
ex: My quarantine life
Answer:
Goal-based decision making is goal generation together with goal-based planning
This decomposition of decision making in goal generation and planning raises several
questions, such as:
– How to represent beliefs? How to represent obligations? In this paper we represent
beliefs and obligations by rules, following the dominant tradition in deontic logic
(see e.g. [26,27]).
– How to develop a normative decision theory based on belief and obligation rules?
In this paper we introduce a qualitative decision theory, based on belief (B) and
obligation (O) rules.
Answer in Python:
<em># Define program constants</em>
PI = 3.14
radius = 8
height = 5
<em># Welcome the user to our program</em>
print("### Calculating volume of Cylinder with Radius of 8m and Height of 5m...")
<em># Calculate the volume</em>
volume = PI * radius ** 2 * height
<em># Print the result</em>
print("The cylinder volume is:", volume, "m³")
References:
- https://www.w3schools.com/python/python_variables.asp
- https://www.w3schools.com/python/python_operators.asp
- https://www.w3schools.com/python/ref_func_print.asp