A parasitic cone is a smaller cone-shaped volcanic structure that forms on the flanks of a larger volcano. These cones are formed from eruptions of lava, ash, and other volcanic materials that are typically less explosive than those from the main vent of the volcano.
It is an angiosperm because the seed starts in side the flower not from a cone or anything like that
The parasitic cone is the name of the smaller vent-structure on the side of some volcanoes. This structure is not part of the central vent of a volcano.
To calculate the volume of an irregular cone, you can use the formula V = (1/3) * A * h, where A is the base area of the cone and h is the height of the cone. First, find the area of the base, then multiply it by the height and divide by 3 to get the volume.
Mount Kenya is neither a composite cone, cinder cone, nor a shield cone. It is a complex stratovolcano made up of layers of lava and ash.
You cannot.
The first step in finding the surface area of a cone is to measure the radius of the circle part of the cone. The next step is to find the area of the circle, or base. The area of a circle is 3.14 times the radius squared (πr2). Now, you will need to find the area of the cone itself. In order to do this, you must measure the side (slant height) of the cone. Make sure you use the same form of measurement as the radius.You can now use the measurement of the side to find the area of the cone. The formula for the area of a cone is 3.14 times the radius times the side (πrl).So the surface area of the cone equals the area of the circle plus the area of the cone and the final formula is given by:SA = πr2 + πrl
The side of a cone is - not surprisingly - conical is shape. Its net is a sector of a circle.
parasite or secondary cone
The curved surface (or face) of the cone.
The height of?æ a cone is found by use of Pythagoras theorem. Pythagoras theorem states that the sum of the squares of two shorter sides (in this case, the shorter sides are?æ the height and radius of the cone) are equal to?æ the square of the longer side (for this case the longer side is the length of the cone).
the cone has three sides
Find cone base area using a circle's formula, which is pi times (radius squared). Find cone slanted area with this formula:half of the length of the side, times the circumference of the base.. Add the results to get the total surface area.Measure the cone's circumference with this formula: C = pi * d. C is circumference and d is its diameter. Measure the diameter, which is a line from the base's one side, through its center, to the opposite side.Calculate cone slant height from its top to its base's side. Use your slant height and circumference measurement to calculate cone slanted area. Use step one's formula, where "s" is the slant height, and C is the circumference.4 Add your results for cone base area and cone slanted area to get the total cone surface area.
a parabola
Triangle
Curved Surface Area of a Cone:Multiply the base radius of the cone by pi. Multiply your answer by the length of the side of the cone.Then add the surface area of the base of the cone using the area of a circle = pi x r2
Tilt of cutting plane is between (perpendicular to axis of the cone) and (parallel to the side of the cone).