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The Orthorhombic Structure of Iron: An in Situ Study at High-Temperature and High-Pressure | Science
![Simple hexagonal lattice with Miller-Bravais basis (left), hexagonal... | Download Scientific Diagram Simple hexagonal lattice with Miller-Bravais basis (left), hexagonal... | Download Scientific Diagram](https://www.researchgate.net/publication/228758891/figure/fig7/AS:668283464339477@1536342602927/Simple-hexagonal-lattice-with-Miller-Bravais-basis-left-hexagonal-close-packed.png)
Simple hexagonal lattice with Miller-Bravais basis (left), hexagonal... | Download Scientific Diagram
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physical chemistry - What is the difference between primitive Hexagonal unit cell and Hexagonal closed packing HCP - Chemistry Stack Exchange
![If the height of HCP unit cell of identical particles is h, then the height of the octahedral voids from the base is:(A) $\\dfrac{h}{2}$ (B) $\\dfrac{h}{3},\\dfrac{2h}{3}$ (C) $\\dfrac{h}{4},\\dfrac{3h}{4}$ (D) $\\dfrac{h}{8},\\dfrac{7h}{8}$ If the height of HCP unit cell of identical particles is h, then the height of the octahedral voids from the base is:(A) $\\dfrac{h}{2}$ (B) $\\dfrac{h}{3},\\dfrac{2h}{3}$ (C) $\\dfrac{h}{4},\\dfrac{3h}{4}$ (D) $\\dfrac{h}{8},\\dfrac{7h}{8}$](https://www.vedantu.com/question-sets/1d0f9e48-acb6-4d34-a63a-b384743b43a68622336371651808350.png)
If the height of HCP unit cell of identical particles is h, then the height of the octahedral voids from the base is:(A) $\\dfrac{h}{2}$ (B) $\\dfrac{h}{3},\\dfrac{2h}{3}$ (C) $\\dfrac{h}{4},\\dfrac{3h}{4}$ (D) $\\dfrac{h}{8},\\dfrac{7h}{8}$
![8: Simple hexagonal lattice with Miller-Bravais basis (left), hexagonal... | Download Scientific Diagram 8: Simple hexagonal lattice with Miller-Bravais basis (left), hexagonal... | Download Scientific Diagram](https://www.researchgate.net/publication/41016685/figure/fig5/AS:669385484152840@1536605344584/Simple-hexagonal-lattice-with-Miller-Bravais-basis-left-hexagonal-close-packed.png)