Chemistry- Chapter 6- Section 6.1

1. 1The [blank_start]periodic[blank_end] [blank_start]table[blank_end] organizes essential information about elements in a manageable format.

   1. Aperiodic
   2. Btable
2. 2Antoine Lavoisier is known for the [blank_start]First[blank_end] List of [blank_start]Elements[blank_end] which were 30 substances that he declared could not be broken down into [blank_start]simpler[blank_end] substances.

   1. AFirst
   2. BElements
   3. Csimpler
3. 3John Dalton made the [blank_start]Revised[blank_end] List of [blank_start]Elements[blank_end] which included 60 elements.

   1. ARevised
   2. BElements
4. 4Johann Dobereiner is known for [blank_start]Element[blank_end] [blank_start]Periodicity[blank_end] and observed several groups, or [blank_start]triads[blank_end], of three elements with similar properties.

   1. AElement
   2. BPeriodicity
   3. Ctriads
5. 5[blank_start]Johann Dobereiner[blank_end] observed several groups, or triads, of three elements with similar properties which led to Element Periodicity.

   1. AJohann Dobereiner
   2. BAntoine Lavoisier
   3. CJohn Dalton
   4. DJohn Newlands
6. 6[blank_start]John Dalton[blank_end] made the Revised List of Elements which included 60 elements.
   

   1. AJohn Dalton
   2. BJohn Newlands
   3. CDmitri Mendeleev
   4. DAntoine Lavoisier
7. 7[blank_start]Antoine Lavoisier[blank_end] is known for the First List of Elements which were 30 substances that he declared could not be broken down into simpler substances.
   

   1. AAntoine Lavoisier
   2. BJohn Dalton
   3. CJohann Dobereiner
   4. DHenry Moseley
8. 8[blank_start]Periodicity[blank_end] is a repeating pattern in a characteristic (demonstrated in the periodic table of elements in the same family having similar properties.)
   

   1. APeriodicity
9. 9John Newlands organized the elements by [blank_start]atomic[blank_end] mass and observed that every 8th element had similar properties. He called this the [blank_start]Law[blank_end] of [blank_start]Octaves[blank_end].

   1. Aatomic
   2. BLaw
   3. COctaves
10. 10[blank_start]John Newlands[blank_end] organized the elements by atomic mass and observed that every 8th element had similar properties. He called this the Law of Octaves.

    1. AJohn Newlands
    2. BJohn Dalton
    3. CJohann Newlands
    4. DAnoine Mendleev

11. 11Dmitri Mendeleev placed elements with [blank_start]similar[blank_end] properties in the same [blank_start]rows[blank_end] and left spaces open for elements he predicted would be discovered later.

    1. Asimilar
    2. Brows
12. 12[blank_start]Dmitri Mendeleev[blank_end] made the first periodic table and is known as the father of the Periodic Table.

    1. ADmitri Mendeleev
    2. BJohn Newlands
    3. CJohann Dobereiner
    4. DAntoine Lavoisier
13. 13Dmitri Mendeleev formulated a [blank_start]periodic[blank_end] [blank_start]law[blank_end] to summarize his table. His Law said the properties of elements vary periodically with their atomic mass.

    1. Aperiodic
    2. Blaw
14. 14Henry Moseley started working in the new field of the interaction of [blank_start]x-rays[blank_end] with matter, developed a technique for counting [blank_start]protons[blank_end] in an atom's nucleus, and found that if the elements were arranged in order of increasing atomic [blank_start]number[blank_end], the problems in the table disappeared.
    He also developed a new periodic [blank_start]law[blank_end].

    1. Ax-rays
    2. Bprotons
    3. Cnumber
    4. Dlaw
15. 15[blank_start]Henry Moseley[blank_end] is known for the modern periodic table. He also used x-rays, figured out a way to count the protons in the nucleus, and developed a new periodic law.
    

    1. AHenry Moseley
    2. BDmitri Mendeleev
    3. CJohn Dalton
    4. DJohn Newlands
16. 16Henry Moseley's period law says the properties of elements vary periodically with their [blank_start]atomic[blank_end] [blank_start]numbers[blank_end].

    1. Aatomic
    2. Bnumbers
17. 17Elements with atomic numbers greater than that of uranium are called [blank_start]transuranium[blank_end].

    1. Atransuranium
18. 18Lable the basic information for this element:

    

    1. Aname
    2. Batomic number
    3. Csymbol
    4. Datomic mass
    5. Eelectron configuration
19. 19A column of elements is called a [blank_start]group[blank_end] or a [blank_start]family[blank_end]. Each group contains elements with similar [blank_start]physical[blank_end] and chemical properties due to their similar electron configuration.

    1. Agroup
    2. Bfamily
    3. Cphysical
20. 20A column of elements is called a [blank_start]group[blank_end] or a [blank_start]family[blank_end]. Each group contains elements with similar physical and chemical properties due to their similar electron configurations.

    1. Agroup
    2. Bfamily
21. 21A row of elements is called a [blank_start]period[blank_end] or [blank_start]series[blank_end]. The period number indicates the [blank_start]highest[blank_end] principal [blank_start]energy[blank_end] level n that electrons occupy in atoms of those elements.

    1. Aperiod
    2. Bseries
    3. Chighest
    4. Denergy
22. 22Metals are [blank_start]solid[blank_end], lustrous (shiny), [blank_start]malleable[blank_end], ductile, [blank_start]good[blank_end] conductors, on [blank_start]left[blank_end] side middle.

    1. Asolid
    2. Bmalleable
    3. Cgood
    4. Dleft
23. 23[blank_start]Metals[blank_end] are solid, lustrous (shiny), malleable, ductile, good conductors, on left side middle.

    1. AMetals
    2. BNonmetals
    3. CMetalloids
24. 24Nonmetals are generally [blank_start]gasses[blank_end] or [blank_start]soft[blank_end], crumbly solids, [blank_start]poor[blank_end] conductors, and [blank_start]right[blank_end] of stairstep.

    1. Agasses
    2. Bsoft
    3. Cpoor
    4. Dright
25. 25[blank_start]Nonmetals[blank_end] are generally gasses or soft, crumbly solids, poor conductors, and right of stairstep.

    1. ANonmetals
    2. BMetals
    3. CMetalloids
26. 26Metalloids are also called [blank_start]semiconductors[blank_end], have properties [blank_start]between[blank_end] metals and nonmetals, have metallic luster but tend to be crumbly, brittle solids, can conduct better than nonmetals but not as good as metals, and are along the [blank_start]stairstep[blank_end].

    1. Asemiconductors
    2. Bbetween
    3. Cstairstep
27. 27[blank_start]Metalloids[blank_end] are also called semiconductors, have properties between metals and nonmetals, have metallic luster but tend to be crumbly, brittle solids, can conduct better than nonmetals but not as good as metals, and are along the stairstep.

    1. AMetalloids
    2. BMetals
    3. CNonmetals

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10th grade Chemistry Quiz on Chemistry- Chapter 6- Section 6.1, created by Julia Mathew25 on 05/10/2022.

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Created on 5 Oct 2022 · updated on 12 Oct 2022

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