No, some substances change their whole form and others just change their color and shape.
All substances are made up of atoms which have nucleus inside it,since nucleus is same for all whether it be anything,hence all the substances have same force i.e nuclear force.
NO
No, different substances have different ignition temperatures. This is because the ignition temperature is the specific temperature at which a substance will ignite and start burning. Factors such as chemical composition, molecular structure, and presence of impurities determine the ignition temperature of a substance.
no
No.
Freezing, burning, and evaporation are all examples of phase changes or state changes in matter. Freezing is the transition from liquid to solid, burning typically involves a chemical reaction (combustion) that transforms substances, and evaporation is the process of a liquid turning into a gas. Each of these processes involves energy transfer and changes in the physical or chemical properties of the substances involved.
they have the elements and they are in the same substances
No, they are not.For example: table salt and table sugar.(household sugar and salt); salt is sodium chloride(NaCl), and sugar is sucrose(C12H22O2). Therefore no not all substances that look the same are the same.
Not all substances contract the same when subjected to cooling because each substance has its own unique molecular structure and properties. Factors such as intermolecular forces, atomic arrangements, and bond strengths all play a role in determining how much a substance will contract when its temperature decreases.
The mass of all substances before a chemical reaction is equal to the mass of the substance after the reaction. This is under the law of conservation of mass.
A substance can be an ingredient, but not all substances are ingredients.
Chemical substances in which all of the atoms have the same number of protons are called elements. Elements are the purest form of substances and are organized on the periodic table based on their number of protons.