The image shows a page from a textbook discussing covalent combinations. The page is divided into sections illustrating the formation of molecules through covalent bonds. **Section 1:** Depicts the formation of a hydrogen molecule (H₂). It shows two hydrogen atoms, each with one electron, combining to share their electrons, forming a single covalent bond. **Section 2:** Illustrates the formation of a water molecule (H₂O). It shows two hydrogen molecules (H₂) and an oxygen molecule (O₂) combining. The diagram shows the sharing of electrons to form two covalent bonds between oxygen and hydrogen atoms. **Section 3:** Shows the formation of a chlorine molecule (Cl₂). It depicts two chlorine atoms, each with seven electrons in their outer shells, combining to share one electron each, forming a single covalent bond. **Section 4:** Illustrates the formation of a methane molecule (CH₄). It shows two hydrogen molecules (H₂) and a carbon atom combining. The diagram shows the carbon atom sharing electrons with four hydrogen atoms, forming four covalent bonds. The textbook page is laid on a dark, textured surface, possibly a floor or a rug. The lighting appears to be artificial and casts some shadows. There are no people visible in the image. The environment is an indoor setting, likely a room. There is no information in the image that indicates the location is in Jalingo, Nigeria. in Jalingo, Nigeria

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Jun 29, 2026, 9:14 PM

Jalingo, Nigeria

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The image shows a page from a textbook discussing covalent combinations. The page is divided into sections illustrating the formation of molecules through covalent bonds. **Section 1:** Depicts the formation of a hydrogen molecule (H₂). It shows two hydrogen atoms, each with one electron, combining to share their electrons, forming a single covalent bond. **Section 2:** Illustrates the formation of a water molecule (H₂O). It shows two hydrogen molecules (H₂) and an oxygen molecule (O₂) combining. The diagram shows the sharing of electrons to form two covalent bonds between oxygen and hydrogen atoms. **Section 3:** Shows the formation of a chlorine molecule (Cl₂). It depicts two chlorine atoms, each with seven electrons in their outer shells, combining to share one electron each, forming a single covalent bond. **Section 4:** Illustrates the formation of a methane molecule (CH₄). It shows two hydrogen molecules (H₂) and a carbon atom combining. The diagram shows the carbon atom sharing electrons with four hydrogen atoms, forming four covalent bonds. The textbook page is laid on a dark, textured surface, possibly a floor or a rug. The lighting appears to be artificial and casts some shadows. There are no people visible in the image. The environment is an indoor setting, likely a room. There is no information in the image that indicates the location is in Jalingo, Nigeria.

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