sand
its available in some universities. some other universities offers BE in mechanical engg.
It usually stands for Mechanical, Electrical, and Plumbing (MEP).
To gain a mechanical advantage. In other words, to do something you couldn't do without it.
yes electronics engineering is harder than mechanical engg......... because in electronics we study all the fundamental formulas of mechanical or we use all the bais concepts of mechanical to derive electronics features or to clear electronics basics.... but we dont use electronic's fundamentals in mechanical engg..... conclusion is that.. for electronics engg we must have the knowlege of mechanical and electronics both ..... then we can be able to clear all the concepts or all the queries of electronis basics .... but for mechanical we dont use the knowledge of electronics...... mechanical is a straight branch.... while in electronics thers id a mixture of (electronics+mechanical+computer+chemical) other branches...... if we wanna be master of electronics world we must have the knowledge of all (electronics+mechanical+computer+chemical) but for mechanical ... we must have the knowledge for basic mechanics statics and all... electronics knowledge is not must for mechanical...... so electronics is more tough branch than mechanical....... for more answers of ur queries do mail in ... ( subhawali93@gmail.com )
sand
No; water in a fish tank is not a mechanical mixture. It is a homogeneous mixture. Mechanical mixtures are heterogeneous mixtures.
Both mechanical mixtures and solutions are homogeneous mixtures where the components are evenly distributed. However, mechanical mixtures can be separated by physical means like filtration, while solutions are a mixture of a solute dissolved in a solvent and cannot be separated by physical means. Additionally, both mechanical mixtures and solutions have multiple components.
Solutions are homogeneous mixtures where particles are uniformly distributed, while mechanical mixtures are heterogeneous mixtures where particles are not uniformly mixed. Solutions involve the dissolving of one substance in another, while mechanical mixtures involve physically combining substances without chemical bonding. Solutions have consistent properties throughout, while mechanical mixtures retain the properties of their individual components.
Both solutions and mechanical mixtures are composed of two or more substances mixed together. The main difference is in the uniformity of the mixture -- solutions are homogeneous mixtures where the substances are evenly distributed, while mechanical mixtures are heterogeneous mixtures where you can see the individual components.
yes
colloids
Salt and sand mixture, iron filings and sulfur mixture, sugar and flour mixture are examples of ordinary mechanical mixtures.
People cannot be described as mechanical mixtures because mechanical mixtures are a type of mixture where the components can be physically separated, whereas people are complex biological organisms composed of integrated systems that cannot be easily separated into individual components. Additionally, mechanical mixtures do not exhibit the characteristics of life, growth, metabolism, and reproduction that are found in living organisms like humans.
Michaical Mixtures Mean that you can see diffent parts
Scientist use the word mechanical is transformed in the other direction The science word for energy is use din many ways.
Mechanical mixtures are mixtures where the components are physically combined and can be easily separated, such as mixing sand and iron filings. Solutions are homogeneous mixtures where one substance is dissolved in another, such as salt dissolved in water. Colloids are mixtures where one substance is dispersed evenly throughout another substance, creating a stable dispersion, like milk or mayonnaise. Suspensions are heterogeneous mixtures where larger particles are suspended in a liquid or gas and will eventually settle out, such as muddy water.