2.To place metals in order of their reactivity, metals are reacted with water or _____ ___ and see which metals react the most/least
Question
2.To place metals in order of their reactivity, metals are reacted with water or _____ ___ and see which metals react the most/least
Solution
To place metals in order of their reactivity, metals are reacted with water or acid solutions and observe which metals react the most or least.
Here are the steps:
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Gather all the metals you want to test.
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Prepare solutions of water and a strong acid like hydrochloric acid (HCl).
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Drop each metal into the water and acid solutions separately.
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Observe the reactions. The metals that react vigorously are more reactive. They may fizz, heat up, or even explode.
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The metals that do not react or react slowly are less reactive.
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Based on these observations, you can rank the metals from most reactive to least reactive.
Remember to always follow safety precautions when handling acids and reactive metals.
Similar Questions
42. Which of the following is true about reactivity?1 pointthe most reactive metals are the most stablethe most reactive metals have high atomic radiusthe most reactive metals have high electronegativitythe most reactive metals have high ionization energythe most reactive metals gain electrons the most easily
Which of the following is a set of metals that do not react with water at all?Only one correct answerA.Iron, copper, zinc and sodiumB.Lead, copper, silver and goldC.Gold, platinum, sodium and aluminiumD.Zinc, silver, magnesium and calcium
When non-metals react with water then A.Hydrogen gas is formed B.Carbon dioxide gas is formed C.Non-metals do not react with water D.None of these.
3.When metals react with acids, if there is a reaction then _______/effervescence is seen which is a sign a gas is being given off
Which of the following is NOT used as a basis for arranging metals in the reactivity series ?AHow vigoroursly they react with dilute acid BHow vigoroursly they react with each other CHow easily their compounds are decomposed when heatedDHow easily they displace each other from their compounds
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