Bronze: a copper-tin alloy, sometimes alloyed with phosphorous, aluminium, manganese, silicon, arsen or beryllium as minor constituents.
No, bronze is actually an alloy - a mixture of sorts, between the elements copper and tin.
Many alloys contain two elements, for example Brass is copper + zinc, Bronze is copper + tin.
I'm not sure if the question is:A) What elements does bronze contain? In other words, what is it made of?Or,B) What objects (***not elements, as bronze is not an element) contain bronze?The answer to A) is easy:Bronze is usually a mixture of copper and tin. Though sometimes the tin can be replaced with other elements such as phosphorus, manganese, aluminum, or silicon. Note that copper is always the base of any alloy called 'bronze'.
Bronze is primarily composed of copper and tin, with varying proportions of each depending on the specific type of bronze being produced. Other elements, such as aluminum, silicon, and phosphorus, may also be present in trace amounts to enhance certain properties of the bronze alloy.
The metal we know as bronze is an alloy of two metals (two elements). It is (Sn)/ tin and (Cu)/ copper that make bronze, so it has two types of atoms in it.
Aluminum bronze is a non-ferrous metal. It is a type of bronze that contains aluminum as the main alloying element, along with copper. Non-ferrous metals do not contain iron as a primary component.
There is no specific ratio for bronze because there are many different bronzes. For example, Aluminium bronze contains 92% copper, 8% aluminium. Phosphor bronze contains 89.75% copper, 10% in and 0.25% phosphorus. Manganese bronze contains 58.5% copper, 39.2% zinc, 1% Iron, 1% tin, 0.3% manganese.
bronze is an alloy of the elemens copper and tin periodic table contains elements and not alloys.
Iron and copper, steel and bronze are not elements.
No, an element is a substance that contains only one type of molecule.
The type of bronze that contains copper, zinc, and tin is referred to as "phosphor bronze." This alloy is known for its strength, corrosion resistance, and wear resistance, making it suitable for a variety of applications such as electrical components and musical instruments.
no it is not. you can find all the known elements on a periodic table of elements online or in a science textbook