The charges of iron and phosphide has to be known to get the formula of the compound iron (III) phosphide. <span>F<span>e3+ is the formula of iron with charge here and </span></span>P<span>3<span>− is the formula and charge of phosphide. The formula of the compound is FeP. I hope that this is the answer that has actually helped you.</span></span>
Answer:
K2 +Br ->2KBr
K + I ->KI
actually I don't know the e option but I had tried can u pls balance it urself
Answer:
Conservation of mass
Explanation:
The Conservation of mass states that.
No sorry i just clicked on this for free points
<span>From left to right:
1) starts at high pH, no buffer zone - strong base being titrated with strong acid
2) starts at low pH, no buffer zone - strong acid being titrated with strong base
3) starts at low pH, shows a buffer zone - weak acid titrated with strong base
4) starts at high pH, shows a buffer zone - weak base titrated with strong acid
5) polyprotic due to two equivalence points
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