# folium definition

• noun:
• Geology A thin, leaflike level or stratum occurring especially in metamorphic rock.
• Mathematics an airplane cubic bend having an individual loop, a node, as well as 2 stops asymptotic on exact same line.
• A leaf, especially a thin leaf or plate.
• A curve of this third order, comprising two unlimited branches having a common asymptote. The bend has a double point, and a leaf-shaped cycle.
• A leaf, esp. a thin leaf or plate.
• A curve of third order, consisting of two unlimited branches, which may have a standard asymptote. The bend has actually a double point, and a leaf-shaped loop; whence title. Its equation is x3 + y3 = axy.
• A leaf; a lamina; a lamella; a layer.
• In geometry, a loop, becoming an integral part of a curve ended at both ends because of the same node.
• a thin layer or stratum of (especially metamorphic) rock
• Geology A thin, leaflike level or stratum occurring especially in metamorphic stone.
• Mathematics A plane cubic bend having just one cycle, a node, as well as 2 stops asymptotic on same line.
• A leaf, specifically a thin leaf or plate.
• A curve of the third-order, consisting of two endless limbs having a common asymptote. The curve has a double point, and a leaf-shaped cycle.
• A leaf, esp. a thin leaf or plate.
• A curve of the third order, composed of two boundless branches, that have a typical asymptote. The curve features a double point, and a leaf-shaped cycle; whence the name. Its equation is x3 + y3 = axy.
• A leaf; a lamina; a lamella; a layer.
• Geology A thin, leaflike layer or stratum occurring particularly in metamorphic stone.
• Geology A thin, leaflike level or stratum occurring especially in metamorphic stone.
• math an airplane cubic bend having just one loop, a node, and two ends asymptotic toward exact same line.
• math an airplane cubic bend having just one loop, a node, and two stops asymptotic on exact same line.
• A leaf, particularly a thin leaf or dish.
• A leaf, specially a thin leaf or dish.
• A curve regarding the third order, consisting of two limitless limbs having a standard asymptote. The bend features a double point, and a leaf-shaped loop.
• A curve of third-order, composed of two infinite limbs having a typical asymptote. The bend features a double point, and a leaf-shaped cycle.
• Geology A thin, leaflike layer or stratum occurring especially in metamorphic stone.
• A leaf, esp. a thin leaf or plate.
• Geology A thin, leaflike layer or stratum occurring especially in metamorphic stone.
• A leaf, esp. a thin leaf or plate.
• A curve of third-order, consisting of two endless branches, which have a common asymptote. The curve features a double point, and a leaf-shaped loop; whence title. Its equation is x3 + y3 = axy.
• Mathematics an airplane cubic curve having an individual cycle, a node, and two ends asymptotic to the exact same range.
• In geometry, a loop, being an integral part of a curve terminated at both finishes because of the exact same node.
• math A plane cubic curve having just one loop, a node, and two ends asymptotic towards same line.
• A curve associated with the third order, consisting of two infinite limbs, that have a standard asymptote. The curve features a double point, and a leaf-shaped cycle; whence the name. Its equation is x3 + y3 = axy.
• Geology A thin, leaflike level or stratum occurring especially in metamorphic stone.
• Mathematics an airplane cubic curve having a single loop, a node, as well as 2 ends asymptotic into same range.
• A leaf; a lamina; a lamella; a layer.
• A leaf, specifically a thin leaf or plate.
• A leaf, specifically a thin leaf or plate.
• A leaf, especially a thin leaf or plate.
• A leaf; a lamina; a lamella; a layer.
• A curve of this third-order, comprising two infinite branches having a typical asymptote. The curve has actually a double point, and a leaf-shaped cycle.
• In geometry, a loop, becoming an integral part of a curve terminated at both ends by the exact same node.
• A curve associated with third-order, consisting of two endless limbs having a standard asymptote. The bend has a double point, and a leaf-shaped loop.
• A curve associated with the third-order, consisting of two limitless branches having a common asymptote. The bend has actually a double point, and a leaf-shaped cycle.
• In geometry, a loop, being an integral part of a curve ended at both ends because of the exact same node.
• A leaf, esp. a thin leaf or dish.
• a thin layer or stratum of (especially metamorphic) stone
• A leaf, esp. a thin leaf or dish.
• A leaf, esp. a thin leaf or plate.
• A curve of third order, comprising two unlimited branches, which may have a standard asymptote. The bend features a double point, and a leaf-shaped loop; whence the name. Its equation is x3 + y3 = axy.
• A curve regarding the third order, composed of two unlimited limbs, that have a standard asymptote. The curve has a double point, and a leaf-shaped cycle; whence title. Its equation is x3 + y3 = axy.
• A curve associated with third-order, composed of two infinite branches, which have a typical asymptote. The curve has a double point, and a leaf-shaped loop; whence title. Its equation is x3 + y3 = axy.
• A leaf; a lamina; a lamella; a layer.
• A leaf; a lamina; a lamella; a layer.
• In geometry, a loop, becoming an integral part of a curve terminated at both finishes by the exact same node.
• a thin layer or stratum of (especially metamorphic) rock
• A leaf; a lamina; a lamella; a layer.
• In geometry, a loop, being a part of a curve terminated at both ends because of the exact same node.
• Geology A thin, leaflike layer or stratum happening particularly in metamorphic rock.
• a thin level or stratum of (especially metamorphic) stone
• a thin layer or stratum of (especially metamorphic) stone
• Mathematics A plane cubic bend having one loop, a node, as well as 2 stops asymptotic into the same line.
• A leaf, especially a thin leaf or dish.
• Geology A thin, leaflike level or stratum occurring especially in metamorphic rock.
• Mathematics an airplane cubic curve having one loop, a node, as well as 2 finishes asymptotic into exact same line.
• A leaf, especially a thin leaf or plate.
• a thin layer or stratum of (especially metamorphic) rock
• A curve for the third order, comprising two limitless limbs having a typical asymptote. The bend features a double point, and a leaf-shaped loop.
• In geometry, a loop, being a part of a curve terminated at both ends by the same node.
• A curve for the third order, comprising two limitless branches having a common asymptote. The bend has actually a double point, and a leaf-shaped loop.
• A leaf, esp. a thin leaf or dish.
• A leaf, esp. a thin leaf or plate.
• a thin level or stratum of (especially metamorphic) rock
• A curve associated with the third-order, consisting of two limitless branches, which may have a common asymptote. The curve has actually a double point, and a leaf-shaped cycle; whence the name. Its equation is x3 + y3 = axy.
• A leaf; a lamina; a lamella; a layer.
• In geometry, a loop, being part of a curve terminated at both stops because of the exact same node.
• Geology A thin, leaflike layer or stratum occurring especially in metamorphic rock.
• Geology A thin, leaflike layer or stratum happening particularly in metamorphic stone.
• a thin layer or stratum of (especially metamorphic) stone
• Mathematics A plane cubic curve having one cycle, a node, and two stops asymptotic into the exact same range.
• Mathematics A plane cubic curve having just one loop, a node, as well as 2 stops asymptotic into same line.
• A leaf, particularly a thin leaf or plate.
• A leaf, especially a thin leaf or plate.
• A curve of third order, consisting of two endless limbs having a common asymptote. The curve has a double point, and a leaf-shaped loop.
• A curve associated with the third order, consisting of two limitless branches having a standard asymptote. The bend has actually a double point, and a leaf-shaped cycle.
• A leaf, esp. a thin leaf or dish.
• A leaf, esp. a thin leaf or dish.
• A curve of the third order, comprising two limitless branches, that have a typical asymptote. The curve features a double point, and a leaf-shaped loop; whence the name. Its equation is x3 + y3 = axy.
• A curve associated with the third-order, composed of two infinite branches, which have a common asymptote. The bend features a double point, and a leaf-shaped cycle; whence title. Its equation is x3 + y3 = axy.
• A leaf; a lamina; a lamella; a layer.
• A leaf; a lamina; a lamella; a layer.
• In geometry, a loop, becoming part of a curve ended at both ends because of the same node.
• In geometry, a loop, becoming part of a curve terminated at both finishes by the exact same node.
• a thin layer or stratum of (especially metamorphic) rock
• a thin layer or stratum of (especially metamorphic) rock
• A curve for the third order, comprising two limitless limbs, which have a common asymptote. The bend features a double point, and a leaf-shaped loop; whence title. Its equation is x3 + y3 = axy.
• A leaf; a lamina; a lamella; a layer.
• Geology A thin, leaflike layer or stratum happening particularly in metamorphic stone.
• Mathematics A plane cubic bend having just one loop, a node, and two stops asymptotic on same line.
• A leaf, specially a thin leaf or plate.
• A curve associated with the third-order, consisting of two infinite branches having a common asymptote. The bend has actually a double point, and a leaf-shaped loop.
• A leaf, esp. a thin leaf or dish.
• In geometry, a loop, becoming part of a curve ended at both finishes by the same node.
• a thin layer or stratum of (especially metamorphic) stone
• Geology A thin, leaflike level or stratum occurring particularly in metamorphic stone.
• A curve associated with the third order, composed of two infinite branches, which have a typical asymptote. The bend has a double point, and a leaf-shaped cycle; whence title. Its equation is x3 + y3 = axy.
• Mathematics A plane cubic curve having one cycle, a node, and two finishes asymptotic into exact same line.
• A leaf; a lamina; a lamella; a layer.
• In geometry, a loop, becoming an integral part of a curve ended at both stops by the same node.
• a thin layer or stratum of (especially metamorphic) stone
• A leaf, specifically a thin leaf or dish.
• A curve of third-order, comprising two infinite branches having a common asymptote. The bend has a double point, and a leaf-shaped cycle.
• A leaf, esp. a thin leaf or plate.
• A curve of this third-order, composed of two infinite limbs, that have a typical asymptote. The curve has actually a double point, and a leaf-shaped loop; whence the name. Its equation is x3 + y3 = axy.
• A leaf; a lamina; a lamella; a layer.
• In geometry, a loop, becoming an integral part of a curve terminated at both stops by the same node.
• a thin layer or stratum of (especially metamorphic) rock

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