One example of an object that can't dissolve in a liquid is a metal spoon. The chemical structure of the metal composing the spoon does not allow it to break apart and mix with the liquid, so it remains intact.
yes AS IT is a metal but why use i cant think
The metal car acts as a Faraday cage, conducting the electrical charge around the passengers inside the vehicle instead of through them. This offers protection from being electrocuted in a lightning storm while in a car.
To determine if a metal leaf electroscope is neutral, bring a charged rod near the metal cap. If the metal leaves diverge, the electroscope is neutral. If the metal leaves collapse or diverge more, the electroscope is positively charged.
You can't change the charge because that is changing the very chemical nature of the ion/atom. To make formulas with ions, you use subscripts to change the NUMBER of ions in the formula without changing the CHARGE.
really, you idiots cant just bring science books home.
One example of an object that can't dissolve in a liquid is a metal spoon. The chemical structure of the metal composing the spoon does not allow it to break apart and mix with the liquid, so it remains intact.
There are certain obvious characteristics of metal that once cant miss. Every metal conducts heat and electricity. All metals can be molded into wires and thin sheets.
Nope. It only reflects. Refraction is pretty much distortion.
you cant
No it cant
= The National Park Service is in charge of security at the Statute of Liberty. It screens visitors with the same kind of metal detectors used at airports, and provides guards on the island. =
you buy a new charge cable
no you cant
U cant
you cant find metal claw
Electroscope can detect the presence of charge but cannot determine whether it is positive or negative because it simply detects the presence of charge, causing the leaves to either repel or attract. To determine the type of charge, additional methods such as bringing a known charged object close to the electroscope are needed to observe the interactions.