There is no way for WikiAnswers to look at a diagram you are seeing.
Can't draw a diagram for you but, from top to bottom: cuticle-waxy substance secreted by epidermis cells that waterproofs the leaf upper epidermis-closely fitted together like a jigsaw. no chlorophyll palisade layer-where most photosynthesis occurs. chlorophyll present spongy layer-gases diffuse through this layer. chlorophyll present lower epidermis (contains stomata)-like upper epidermis. stomata contain chlorophyll
There are 4 different layers that the Earth is composed of. The layer that has the melted material is the core layer. The core layer is also the hottest layer.
There are four layers and the four layers are top layer called the organic layer, Upper soil layer, middle soil layer, and the last one is lowest layer.
The myocardium is not the innermost layer of the heart, the endocardium is.
Diagrams illustrating the Earth's internal structure often show the outer core as a distinct layer beneath the mantle, typically labeled to indicate it is liquid. Additionally, seismic wave data represented in these diagrams demonstrates that S-waves cannot travel through the outer core, indicating it is not solid. The presence of P-waves that can travel through the outer core further supports its liquid state, as they slow down when passing through this layer. Together, these elements in the diagram provide strong evidence for the outer core being liquid.
Given the law of superposition and assuming an undisturbed "pancake" stratigraphy each successive layer is younger than the the underlying one. Therefore, the fault is the 'youngest' feature in the system because the rocks need to form first in order for a fault to truncate them.
To determine the youngest rock layer in a geological figure, you typically look for the layer that is on top of all others, as sedimentary layers are deposited over time. In a diagram, the youngest layer is usually the one that has not been covered by any other layers. If there are any intrusions or faults, they can also indicate younger geological activity. Therefore, without the specific figure, the youngest layer is simply the one that appears at the top.
Unless transposed by deformation, the youngest layer is always on top
You can find the youngest layer in the top layer because in the bottom layer, all you see is bones from the 200 B.C or from the dinosaur time.
The one closest to the surface because rock layers are laid down one on top of another.
To determine whether the fault is older or younger than rock layer A, we can use the principle of cross-cutting relationships. If the fault cuts through rock layer A, it is younger than that layer, as it must have formed after the rock was deposited. Conversely, if rock layer A is found to be disrupted by the fault, then the fault is older. Therefore, examining the relationship between the fault and rock layer A is key to establishing their relative ages.
To determine which layer in core sample two is the youngest, you would typically look for the layer that is closest to the surface, as sedimentary layers are deposited over time with the oldest layers at the bottom and the youngest at the top. If you have a visual or textual description of the core sample's layers, the topmost layer would be the youngest. If specific depths or characteristics of the layers are provided, those details would help identify the youngest layer more accurately.
The shale layer is the youngest in the series. In undisturbed rock layers, the Law of Superposition states that the youngest layer is on top and the oldest is at the bottom. So, in this case, the limestone would be the oldest layer, followed by sandstone, and then shale.
On the top
fault
Clay
The relative age of the youngest rock layer is determined by the principle of superposition, which states that in an undisturbed sequence of sedimentary rocks, the layers at the bottom are older than those at the top. Therefore, the youngest rock layer is the one that is located on the surface or topmost layer of the formation. This layer has been deposited most recently compared to the layers beneath it.