linear
When a square pyramid is sliced by a plane parallel to its base, the cross section formed is a smaller square. The size of the square depends on the distance from the apex of the pyramid to the slicing plane; as the plane moves downward, the area of the square decreases proportionally. This maintains the shape's similarity to the base of the pyramid.
A central atom attached to 3 other atoms, all lying on the same plane.
A pyramid is a generic term and can have any number (>3) of plane faces. A triangular pyramid has 4 faces, a rectangular one has 5, and so on. A pyramid whose base has n sides has n+1 faces.
Yes
To identify the plane that does not contain line NE in a pyramid, first consider the vertices and edges of the pyramid. Line NE connects two specific points on the pyramid, and the planes formed by the faces of the pyramid will include this line if they contain both points N and E. The plane that does not contain line NE would be one that connects different vertices of the pyramid, such as the face opposite to the base containing points N and E.
BH3 has a trigonal planar shape with 120 angles.
So the cutter can get the exact shape the cutter wants if the plane fits into the plan for the cut. The tetrahedral plane is the diamond's weakest plane.
The amide ion has a trigonal planar shape, with a nitrogen atom at the center surrounded by three atoms in the same plane.
Out of the given molecules, methane (CH4) and ethane (C2H6) will lie flat on a plane. Methane has a tetrahedral shape with carbon at the center and four hydrogen atoms attached to it, while ethane has a linear shape with two carbon atoms bonded together and six hydrogen atoms attached to the carbons. Ethene (C2H4), ethyne (C2H2), and chloromethane (CH3Cl) have bent or trigonal planar geometries, which means they won't lie flat on a plane.
No, urea is not trigonal planar. Urea (CO(NH2)2) has a tetrahedral geometry around the carbon atom due to its sp3 hybridization. The presence of two amine (NH2) groups and the carbonyl (C=O) group leads to a more complex arrangement, but the overall molecular shape is often described as roughly planar due to resonance, with bond angles around 120 degrees in the plane of the molecule.
Four atoms bound to a central atom with no lone pairs.
The name "trigonal bipyramid" comes from the geometry of the molecule, as it consists of a central atom surrounded by five other atoms or groups of atoms arranged in a trigonal plane. Additionally, it has two other atoms or groups of atoms situated above and below this plane, creating a shape resembling two pyramids joined at their bases.
When a square pyramid is sliced by a plane parallel to its base, the cross section formed is a smaller square. The size of the square depends on the distance from the apex of the pyramid to the slicing plane; as the plane moves downward, the area of the square decreases proportionally. This maintains the shape's similarity to the base of the pyramid.
120 degrees as methyl carbocation has a trigonal planar structure with 3 hybridised sp2 orbitals in a plane with bond angle 120 deg and the fourth unhybridised orbital perpendicular to the plane
A central atom attached to 3 other atoms, all lying on the same plane.
In the vapour and liquid it has a triangular bipyramidal sconfiguration three Cl in the same plane as P with a 120 degree Cl-P Cl bond angle. the other two Cls are at right angles. In the solid it is IONIC! PCl4+ PCl6-
A pyramid is a generic term and can have any number (>3) of plane faces. A triangular pyramid has 4 faces, a rectangular one has 5, and so on. A pyramid whose base has n sides has n+1 faces.