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What's the difference between scikit-learn and tensorflow? Is it possible to use them together?

I cannot get a satisfying answer to this question. As I understand it, TensorFlow is a library for numerical computations, often used in deep learning applications, and Scikit-learn is a framework for general machine learning.
But what is the exact difference between them, what is the purpose and function of TensorFlow? Can I use them together, and does it make any sense?

Your understanding is pretty much spot on, albeit very, very basic. TensorFlow is more of a low-level library. Basically, we can think of TensorFlow as the Lego bricks (similar to NumPy and SciPy) that we can use to implement machine learning algorithms whereas Scikit-Learn comes with off-the-shelf algorithms, e.g., algorithms for classification such as SVMs, Random Forests, Logistic Regression, and many, many more. TensorFlow really shines if we want to implement deep learning algorithms, since it allows us to take advantage of GPUs for more efficient training. TensorFlow is a low-level library that allows you to build machine learning models (and other computations) using a set of simple operators, like “add”, “matmul”, “concat”, etc.
Makes sense so far?
Scikit-Learn is a higher-level library that includes implementations of several machine learning algorithms, so you can define a model object in a single line or a few lines of code, then use it to fit a set of points or predict a value.
Tensorflow is mainly used for deep learning while Scikit-Learn is used for machine learning.
Here is a link that shows you how to do Regression and Classification using TensorFlow. I would highly suggest downloading the data sets and running the code yourself.
https://stackabuse.com/tensorflow-2-0-solving-classification-and-regression-problems/
Of course, you can do many different kinds of Regression and Classification using Scikit-Learn, without TensorFlow. I would suggesting reading through the Scikit-Learn documentation when you have a chance.
https://scikit-learn.org/stable/user_guide.html
It's going to take a while to get through everything, but if yo make it to the end, you will have learned a ton!!! Finally, you can get the 2,600+ page user guide for Scikit-Learn from the link below.
https://scikit-learn.org/stable/_downloads/scikit-learn-docs.pdf

The Tensorflow is a library for constructing Neural Networks. The scikit-learn contains ready to use algorithms. The TF can work with a variety of data types: tabular, text, images, audio. The scikit-learn is intended to work with tabular data.
Yes, you can use both packages. But if you need only classic Multi-Layer implementation then the MLPClassifier and MLPRegressor available in scikit-learn is a very good choice. I have run a comparison of MLP implemented in TF vs Scikit-learn and there weren't significant differences and scikit-learn MLP works about 2 times faster than TF on CPU. You can read the details of the comparison in my blog post.
Below the scatter plots of performance comparison:

Both are 3rd party machine learning modules, and both are good at it.
Tensorflow is the more popular of the two.
Tensorflow is typically used more in Deep Learning and Neural Networks.
SciKit learn is more general Machine Learning.
And although I don't think I've come across anyone using both simultaneously, no one is saying you can't.

Using circular buffers inside a TF(2.0) model

I'm looking for a way to optimize my tensorflow (2.0) UNet model for streaming data. The goal is to store activations of previous predictions in circular buffers, in order to reuse part of the buffers in next predictions.
I've found the following TensorFlow op FIFOQueue and conceptually, this is in the right direction. However, it only seems to be used in the context of data loading. I could not find any good leads in the .layers documentation.
Can this be tackled with the Tensorflow API? Would this problem be sufficiently low-level to break the barrier into the C++ API? Currently I'm developing in Python.

Brief explanation on tensorflow object detection working mechanism

I've searched for working mechanism of tensorflow object detection in google. I've searched how tensorflow train models with dataset. It give me suggestion about how to implement rather than how it works.
Can anyone explain how dataset are trained in fit into models?

You can't "simply" understand how Tensorflow works without a good background on Artificial Intelligence and Machine Learning.
I suggest you start working on those topics. Tensorflow will get much easier to understand and to handle after that.

How to use trained neural network in different platform/technology?

Given I trained a simple neural network using Tensorflow and Python on my laptop and I want to use this model on my phone in C++ app.
Is there any compatibility format I can use? What is the minimal framework to run neural networks (not to train)?
UDP. I'm also interested in Tensorflow to NOT-Tensorflow compatibility. Do I need to build it up from scratch or there're any best practices?

Yes if you are using iOS or Android. Depending on your specific needs, you have a choice between TensorFlow for Mobile and TensorFlow Lite
https://www.tensorflow.org/mobile/
In particular, to load pre-trained models
https://www.tensorflow.org/mobile/prepare_models

Technically you don't need a framework at all. A conventional fully connected neural network is simple enough that you can implement it in straight C++. It's about 100 lines of code for the matrix multiplication and a dozen or so for the non-linear activation function.
The biggest part is figuring out how to parse a serialized Tensorflow model, especially given that there are quite a few ways to do so. You probably will want to freeze your TensorFlow model; this inserts the weights from the latest training into the model.

Transfer learning with inception model in Tensorflow (python)

How can I load a .pb protobuf model and then tweak the network as needed (specially the outer layers) in order to train a new model for completely different classes? Effectively doing transfer learning?
I want to do something like these (i.e. train the outer layers with a bigger learning rate than the inner layers) among other things, so I need a way to not only load the graph with the variables, but to alter the network's structure and hyperparameters too.
If anyone has an example to follow with the inception model, it would be amazing!
My question is very similar to this one.
I've searched all over the internet (TF docs, Github, StackOverflow, Google...) but I can't seam to find something useful for a novice.
Thanks a lot!

This is the updated tutorial from official Tensorflow website https://www.tensorflow.org/hub/tutorials/image_retraining
They use the pre trained Inception V3 model and everything works fine. You can change the dataset folder to your own dataset

tf.import_graph_def() is the function for loading a GraphDef:
https://www.tensorflow.org/versions/0.6.0/api_docs/python/framework.html#import_graph_def
Hopefully once imported, you can make the modifications to the graph you need. It would be easier, though, to modify the Python code that generated the graph in the first place, if you have access to that.