250ML.
as the crystals de solved they will not changed the volume of the water as now they are the water
<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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Answer:
1 : NA = 1 | 2 : N = 2 | 3 :
N = 1 | O = 5 |
O = 3 | |
Explanation:
im sorry but ion know the last one
Answer:
The methyl group will already be present
Explanation:
You want to make 1-methyl-4-nitrobenzene.
The question is, "Do I start with the methyl group on the ring and then nitrate, or do I start with the nitro group on the ring and then add the methyl group?"
The methyl group is activating and ortho, para directing.
The nitro group is deactivating and meta directing.
You want a para-substituted product, so you choose to nitrate toluene, as in the reaction scheme below.
A, the protons and neutrons are heavier than electrons. The electrons orbit the nucleus, and have negligible mass.