A steel pipe in a larger copper tank can corrode rapidly due to galvanic corrosion, which occurs when two dissimilar metals are in electrical contact in the presence of an electrolyte, such as water. In this case, the copper serves as the cathode and the steel as the anode, leading to accelerated corrosion of the steel. The electrochemical reaction causes electrons to flow from the steel to the copper, resulting in the degradation of the steel pipe. Additionally, the presence of moisture and other corrosive agents can further exacerbate this process.
Using larger amounts of copper will decrease copper loss (use bigger wire than necessary).
If you are referring to the use of aluminium windings, instead of copper windings, then the answer is yes. However, because aluminium has a higher resistivity than copper, to produce the same rating as a copper-wound machine, the aluminium conductor would require a slightly larger cross-sectional area, which means that that the machine would be somewhat larger.
Generally a larger diameter copper wire would create the least resistance to electron flow. Copper is the most conductive and is widely used.
The equivalent size of a 10mm copper pipe in PPR (Polypropylene Random Copolymer) pipe is typically 20mm. This is because the internal diameter of PPR pipes is larger than that of copper pipes, due to the thicker wall of PPR. Therefore, when converting sizes, it's important to account for these differences in wall thickness and internal diameter.
Inductor impedance is given by jwL, where w=2*pi*frequency. Therefore as the frequency increases the impedance of the inductor increases, causing a larger current flow and a larger power dissipation across the inductor
Zinc is larger than copper because zinc has one more electron shell than copper, resulting in a larger atomic radius. The additional electron shell creates more distance between the nucleus and outer electrons, making the zinc atom larger in size compared to copper.
Calcium has a larger radius (not raduis) than copper.
Using larger amounts of copper will decrease copper loss (use bigger wire than necessary).
The larger in diameter the wire is, the larger the current carrying capacity the wire has.
Copper(II) sulfate can fom 3 hydrates; the molar mass increase from the anhydrous salt to heptahydrate.
This may vary by your 'definition' of 'bigger'Atom radius Cu: 128 pM, Ni: 124 pM orVanderWaals radius Cu: 140 pM, Ni: 163 pM
If you are referring to the use of aluminium windings, instead of copper windings, then the answer is yes. However, because aluminium has a higher resistivity than copper, to produce the same rating as a copper-wound machine, the aluminium conductor would require a slightly larger cross-sectional area, which means that that the machine would be somewhat larger.
A quarter is heavier than a dime because it is made of a larger amount of metal. Quarters are larger in size and have a greater weight due to their composition of 91.67% copper and 8.33% nickel, while dimes are smaller and made of 91.67% copper and 8.33% nickel.
Faster cooling rates tend to produce smaller copper sulfate crystals, as they do not have enough time to grow larger. Slower cooling rates allow for more time for crystal growth, resulting in larger crystals. The size of crystals formed is often dependent on the rate at which the solution cools.
Copper wire can be purchased at many different stores. The type you need will determine where you should purchase. Places like Micheal's, Pat Catans, or Hobby Lobby all carry copper crafting wire. If you need something larger you can purchase thicker lines in a larger quantity at you local hardware or big box hardware store.
depending on the severity of the tornado, the destruction could last from seconds to minutes. the larger the tornado, the more damage it will do. the closer to the center, the stronger the winds
Copper tubes with diameters ranging from 1/4 inch to 7/8 inch are typically bendable by hand tube benders. These manual tools are best suited for smaller diameter copper tubing rather than larger sizes, as larger diameters may require more force and precision to bend accurately.