No
yes a cone can slide on the path
You get a frustum.
both
I think both
A cone can be slid along a flat surface by holding one end and gently pushing it along.
-Trees are cone-shaped to allow snow to slide off easily -Leaves are small and needle-like to reduce water loss -Trees are evergreen -It has 1 layered vegetation -It has 1 variety of cone-shaped trees
cone method,deep hole method,slide hole method,center hole method,trench method,slit method
A talus cone is produced by the accumulation of rock debris that has fallen from steep slopes, often due to processes like weathering and erosion. As rocks and sediments break loose, they slide down the slope and gather at the base, forming a cone-shaped deposit. This geological feature typically occurs in mountainous regions where the terrain is rugged and unstable. Over time, the size and shape of the talus cone can change as more material is added or removed.
A talus cone is produced at the base of a steep slope or cliff where rock debris and other materials accumulate due to gravitational processes. As weathering and erosion break down the rock, fragments fall and slide down, forming a triangular or cone-shaped pile. This geological feature typically occurs in mountainous regions or areas with significant elevation changes.
Remove the blade. With a med file, slide the file on the blade side from the center to outside until it is smooth. Then sharpen other side from center out. Place the blade on a balancing cone, file the heavy side until it balances on the cone.
A cone bearer is a cone that bears
The iris diaphragm controls the amount of light passing through the slide or specimen, while the substage condenser focuses a cone of light on the slice or specimen.