A trapezium or a triangle.
If the pyramid is a right pyramid then they would both be isosceles.
That depends on the solid that you are slicing.If the solid is a cylinder, you can make a circle by slicing horizontally,or an ellipse by slicing diagonally.If the solid has a square "base", then you can make make squares,rectangles, and even hexagons.If the solid is a cone or better yet a double cone, you can constructthe conic sections (circle, ellipse, parabola, hyperbola).===================================Answer #2:The tidiest answer to the question is: A "section" is.
Conic Sections are figures that can be formed by slicing a three dimensional right circular cone with a plane. There are different ways to do this, and each way yields a different figure. These figures can be represented on the graph as well as algebraically. The four conic sections are circles, ellipses, parabolas, and hyperbolas.
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One half is 50%, one equal part of two formed from a whole. Slicing a fruit down its axis of symmetry will "halve" the fruit, creating two equal parts.
Decimals: Blood alcohol level, making change, Fractions: Musical time signatures, slicing pizza. Converting a big recipe into a smaller recipe. Percent: Sales tax. Interest on credit cards.
by slicing it vertically in the middle, and horizontally in the middle
That depends on the solid that you are slicing.If the solid is a cylinder, you can make a circle by slicing horizontally,or an ellipse by slicing diagonally.If the solid has a square "base", then you can make make squares,rectangles, and even hexagons.If the solid is a cone or better yet a double cone, you can constructthe conic sections (circle, ellipse, parabola, hyperbola).===================================Answer #2:The tidiest answer to the question is: A "section" is.
A device for slicing ultra thin slices, called sections - hence sectioning - from a solid block of sample for viewing under microscopes. They used to be precision, but the latest is ultra-precision: current models can and do section at the level of 20,000 sections per millimeter!
Slicing cells into very thin sections can result in loss of cellular structure and context, making it difficult to accurately interpret the morphology and function of the cells. Additionally, over-slicing can lead to the loss of important cellular components and artifacts that can compromise the reliability of the analysis.
Slicing Grandpa was created in 1993.
Conic Sections are figures that can be formed by slicing a three dimensional right circular cone with a plane. There are different ways to do this, and each way yields a different figure. These figures can be represented on the graph as well as algebraically. The four conic sections are circles, ellipses, parabolas, and hyperbolas.
The duration of The Slicing of the Demon is 2700.0 seconds.
Slicing bread is a physical change, because each slice of bread has the same chemical composition as it had before it was sliced.
It's when the bride and groom share their dessert together.
program slicing is a technique to extract program parts with respect to some special computation
Using a cut to measure matter is called slicing or sectioning the material. This technique involves creating thin, flat cross-sections of the specimen for analysis under a microscope or other imaging techniques.
The resulting shape when a solid is sliced in a particular direction is called a cross-section. It represents the intersection of the solid with the slicing plane. Cross-sections can vary depending on the orientation and angle of the cut.