Not necessarily. You will see iron bacteria in the pipes or first filter as an orange jello-like substance. -Take a sample for analysis to be sure, you may need filters.
Not necessarily. You will see iron bacteria in the pipes or first filter as an orange jello-like substance. -Take a sample for analysis to be sure, you may need filters.
Not necessarily. You will see iron bacteria in the pipes or first filter as an orange jello-like substance. -Take a sample for analysis to be sure, you may need filters.
a heating curve
hydrochloric acid reacts with iron when it starts bubbling , magnesium reacts more though .
The II indicates the charge or oxidation state of iron, which in this case is 2+. Roman numerals are often used to show the oxidation states or ionic charges of metals in their compounds (which are always positive). Iron can also form the iron III ion which carries a 3+ charge.
yes. for example, rust on iron and tarnish on silvers are both examples of oxidization.
no
Rusting of iron is an oxidation reaction in the presence of water.
study show that water fountains have 2.7 million bacteria cells per inch .
how would you show the heating effect of a current?
The drain can often get blocked so that water cannot escape leading to water ingress via the heating/cooling system inside the vehicle.
Big Iron Farm Show was created in 1980.
a heating curve
Oxygen + Glucose > Water + Carbon Dioxide or iron + oxygen ---> Ironoxide
you dont'n know that my name is khan and i am not a terriost
Nothing will happen to iron in oil. You may be thinking of the standard rusting experiment where one of the tubes contains an iron nail in boiled water sealed with oil. The purpose of this tube is to show that iron needs oxygen to rust. The boiled water does not contain dissolved oxygen and the oil prevents more from entering from the air.
bacteria
No, he is not an iron chef. He acts as the commentator for the show.
we can show it by experimenting. for eg. iron (which prevents self demagnetisation) also attracts magnets