This is most likely glacial till (in the past this was commonly known as boulder clay) and was deposited by glaciers.
Clay is generally heavier than silt because clay particles are smaller and more densely packed together, resulting in a higher density. Silt particles are larger and less dense, making them lighter than clay particles.
air mass
gravity
Sediments carried by gravity are typically coarse-grained and unsorted. These sediments include boulders, cobbles, pebbles, and sand that are transported downhill by mass wasting processes such as landslides, rockfalls, and debris flows.
About 25% to 35% of continental land mass covers the Earth. This is because about 75% to 70% of water covers the Earth. You can subtract 75 or 70 by 100 to find out.
When mass from rock and soil is directly transported by a glacier, it is referred to as "glacial till." This material is unsorted and can include a mixture of clay, silt, sand, gravel, and larger boulders, all deposited as the glacier advances and retreats. Glacial till is a key feature of glacial landscapes and contributes to the formation of various landforms.
A till.
A till.
That question doesn't mean anything, mass is mass. If you are asking which has a greater mass per unit volume, also known as density, then the air will have a lower density than clay.
lake
It is a diamond
Clay work has both mass and volume. Mass refers to the amount of matter in an object, while volume refers to the amount of space the object occupies. Clay has mass because it is made of particles, and when shaped into an object, it takes up a certain amount of space, giving it volume.
A till.
lake
till
It depends on the mass of the clay. And, of course, if there is no heavy sunlight and there is plenty of moisture.
Density = mass/volume = 22/10 = 2.2 grams per cm^3.