00:01
Hello there, i see that you have several questions and we'll go over each of them.
00:05
So the first question is the name of five grade of organismal complexity and explain how each success grade is more complex than the other one preceding it.
00:25
Well, let's just begin and start off with the first one.
00:29
So the first one is the first one.
00:32
Is your protoplastic grade of organization and with this one it is characterizes unicellular organism and all life functions are confined within the barriers of a single cell to form the fundamental unit of life within a cell protoplasm is differentiated into organelles capable of performing specialized functions the next one is your cellular grade of organization where it is an aggregation of cells that are functionally differentiated a deficient of labor is evident and you usually see these are sponges.
01:36
Cell to tissue grade of organization is also an aggressive aggregation of similar cells into definite patterns or layers and organized to perform a common function to form a tissue and you usually see this in nidarians also, yeah, usually see this in nidarians, yeah, which are also sponges.
02:14
Okay, next one, tissue to organ -grade organization is an aggressive aggregation of tissues, and to organs is a further step in complexity.
02:30
Organs are usually composed of more than one kind of tissue and have more specialization functioned tissues and usually find these in platforms and finally organ system grade of organization is when organs work together to perform some function producing the highest level of organization and organ system and the systems that are are associated with basic body functions because reading through the question i forgot to add it in and i just didn't feel like i had it all and so i'll just read to you what i found.
03:14
But for the second question about the body fluids.
03:21
Here's what i found for each of your intrafascular and intersistole and intracellular and intracellular and this is what i wrote down for each of them not only the meeting but also how they act and when they're open and closed system the third one is when they were asking about the four major types of tissues and the animals and these are four major tissues right here oops i'm just showing you all number four is basically um number four is just basically how you just make simple and stratified epithelum.
04:27
Sorry, mispronounce them.
04:29
And what makes the stratified impofilical characteristic that they have.
04:38
That explains more about its function is here.
04:42
Number five is basically one or three elements that occur in all connective tissues.
04:50
And give some examples of these connective tissues...