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Definition: "Ammonoidea," in the Bible, refers to the human body, specifically referring to those who have fallen from grace (sins) and are left destitute. The word "ammon," a noun derived from "ammonia," is used as a metaphor for sin. Ammonoideans were condemned by God and punished with their bodies being set aside for later offerings.
Definition: In Greek, "Ammono" means "Lord." This refers to the Father, who is the ultimate authority in God's creation. It symbolizes His dominion over all things. The term also signifies that this person holds supreme power, like a king. "Ammono" is an important part of worship and religious expression.
Definition: The term "ammonobasic" describes substances that are basic or very basic, typically lacking hydrogen atoms and containing at least one oxygen atom. This group of elements are called "ammonium" or "basic." Examples include ammonium nitrate (NaNO2), which contains one nitrogen atom and three oxygen atoms, and ammonium carbonate (NH4CO3) with four oxygen atoms per carbon atom, as in NH4Cl.
Definition: The word "ammonocarbonate" refers to a chemical compound that contains carbon, nitrogen, and hydrogen, in this case, in excess levels, creating amoniconates. The term describes an unusual mixture of ammonium (NH4+) and carbonate ions (CO32-), due to the presence of hydroxyl groups. The word "ammonocarbonic" is derived from the Greek words 'amnophora' or 'amnopolis', which are parts of various substances used in medicine. It was originally a term referring to the ammonium carbonate compound, but it has been altered to fit within its meaning as part of the chemical vocabulary. The definition of "ammonocarbonic" is: 1) An unusual mixture composed of ammonium (NH4+) and carbonate ions (CO32-), in excess. 2) The combination of ammonium and carbonate ions due to hydroxyl groups.
Definition: Ammoniocarboxylic acid, a type of amontane acid found in fossil fuels. Definition: Ammoniocarboxylic acid is an organic compound composed of carbon, hydrogen, and one or more carboxyl groups (acids) connected to each other by α-ohs.
Definition: The term 'ammonoid' refers to a type of mineral that has been found in many different geological formations, including rocks like granite and coal. It's made up of several elements, including carbon, nitrogen, oxygen, sulfur, and phosphorus. Ammonoids can range from simple minerals like quartz and dolomite (calcium phosphate) to more complex compounds with multiple phases or components. The word "ammonoid" is a specialized term in the scientific field of geology. It refers specifically to any mineral that has been found within the Earth's crust, which contains organic matter, such as plants, animals, and bacteria. Ammonoids are distinguished from other types of minerals, like carbonate rocks, by their composition and structure. They're often named after their chemical properties - some are alkaline (such as calcite), while others are acidic (like calcium carbonate). Ammonoid formation is thought to be the result of a series of physical processes in the Earth's crust. Ammonoids are a significant part of the Earth's natural composition, providing essential minerals and crucial building blocks for all life.
Definition: The word 'ammonite' in biblical Greek means a man who was expelled from his community.
Definition: "Ammonoids" refers to a group of tiny, living organisms that are also known as bacteria. These microscopic lifeforms were first discovered in the 1800s by Belgian scientist Louis Pasteur, who named them after the mineral ammonium. Ammonoids are found on Earth's surface and can live for thousands or even hundreds of millions of years, making them one of the oldest living things known to man. In ancient times, these organisms were used for a variety of purposes, including fuel production in ancient societies, as fertilizer, and even in medicines. However, it wasn't until the late 19th century that researchers began to study the exact microscopic lifeforms on Earth's surface, leading to their recognition as living beings. Definition: Ammonoids are tiny organisms that can be found on the Earth's surface. They have a life cycle similar to bacteria and can grow very small in size, often only about 1-2 micrometers (0.06 inches). These organisms perform a variety of functions including food production, carbon fixation, and even play an important role in plant growth and reproduction. Ammonoids were once considered primitive forms of life due to their small size and inability to grow large enough for practical applications such as fuel or fertilizer. However, the discovery of these microscopic organisms has led scientists to a new era of understanding, with many different types now being studied for their potential applications in fields like medicine and agriculture. In summary, ammonoids are tiny living organisms that have been known since ancient times and can grow very small on Earth's surface thanks to their ability to use carbon as an energy source.
Definition: Ammonolitic is a term in Bible literature referring to certain types of gold deposits that are highly prized, often associated with religious significance due to their connection to divine intervention or blessings. It refers specifically to those formed by the amalgamation of two metals (typically copper and lead) at high temperatures and pressures. The word "ammonolitic" is derived from Greek words meaning "combined," "mixed," "combining," "altered," and "combating." It also has a connotation of divine intervention, as it's often used to describe the work of God in creating unique gold or silver objects. The term can be found throughout Old Testament prophecies, where it refers to the preparation for God's presence on earth and His blessings. Definition: Ammonolitic means combining two metals at high temperatures and pressures, leading to a mixture that is highly prized due to its divine connection. It often describes gold deposits or religious symbols used for special purposes.
Definition: In Greek, "ammonolysis" literally means "extraction of nitrogen." This process occurs in minerals such as obsidian, granite, and limestone when they undergo heating to melt them down, releasing their iron content, leaving behind a layer of rock that's called "ammonolysis".