I have to jump in here and say I as a creationist don't argue like that. I contend that there are no transitional fossils simply due to the fact that you can't proved one fossil had offspring that was different.
there is no 'proof'. Only evidence.
Yet again... https://www.psychologytoday.com/blog/the-scientific-fundamentalist/200811/common-misconceptions-about-science-i-scientific-proof
Fine. I'll restate it. You can't give substantial evidence that one fossil was the ancestor of another. And I hate to start a evolution/creation debate here
I don't blame you. If you don't want one, don't start one. Simple.
so if you want to continue then I made a thread "macro evolution. Where's the evidence?"
Where is this thread? I haven't seen it.
Pro tip: If you want someone to look at something that you post in another thread, provide a link to it. If you don't know how to do this, ask. It's really easy.
But I'll address the rest of your post.
In fact you'd be hard press to find a fossil that had any children that lived.
It's quite common, actually.
I would ask for evidence but again this would derail the thread.
Since you press the issue here, I'll answer here.
I can recommend some very good intro geology textbooks and reference material. What you ask for is very basic. Do you want them?
Not only that but the whole transitional fossil thing is circular reasoning. How do you know it's the descendant and not the contemporary? Because of the layer it is found. How do you know the age of the layer?
Younger layers are deposited on top of older layers. Can you propose a plausible mechanism that would insert younger sediments under older, already existing ones?
You're assuming they are indeed younger.
Already addressed.
Younger layers are deposited on top of older layers. Can you propose a plausible mechanism that would insert younger sediments under older, already existing ones?
A violent flood would make layers quickly.
Would a "violent flood" lay down consistent layers over wide areas? You can't tell how quickly consistent sediment layers were deposited just by looking at them, that needs other techniques, but consistency over a wide area suggests "not violent". Storm deposits, for example, are chaotic.
Because of the fossil found in it.
Younger fossils are deposited above older ones. It's quite simple, really. It's not a mystery at all.
How do you know which one is younger?
Younger sediments (sometimes containing fossils) are deposited on top of the layer below, which already existed, so the layer that already existed is, by definition, older.
Stratigraphy in a nutshell.