C3.1 - Everything in the Specification

Pregunta 1 de 16

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Originally, John , and then Dmitri , ordered elements by their , because particles had not been discovered.

Explicación

Pregunta 2 de 16

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Why is it known as the 'periodic' table?

Selecciona una de las siguientes respuestas posibles:

Because the properties of the elements show a periodic pattern.
Because it was arranged in six periods by Newlands.
Because it was arranged in six periods by Mendeleev.
Because it was the name coined by 20th-century chemists.

Explicación

Pregunta 3 de 16

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' attempt at classifying the was known as the Law of . He noticed that every element had similar , and so he listed the elements in rows of . These were his ''.

However, ' work was criticised by the Chemical Society in 1865, because:
- His groups contained elements that didn't have similar .
- He didn't leave any for to be discovered.
- He mixed up m and .

Explicación

Pregunta 4 de 16

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improved on ' work in 1869. He arranged the elements in order of (like ), but he left in order to keep elements with the same in the same vertical . These meant that he predicted elements such as gallium and germanium.

Explicación

Pregunta 5 de 16

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Scientists only recognised the importance of the periodic table after Newlands' work.

Selecciona uno de los siguientes:

VERDADERO
FALSO

Explicación

Pregunta 6 de 16

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When were discovered in the late century, the was arranged in order of the atomic () number of the elements, and all the elements were placed into . The elements can be seen as being arranged by their .

Explicación

Pregunta 7 de 16

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What property do elements in the same group have?

Selecciona una de las siguientes respuestas posibles:

They have the same number of electrons in their outer shell.
They have the same number of protons in their nuclei.
They have the same number of neutrons in their nuclei.

Explicación

Pregunta 8 de 16

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The ( positive, negative, neutral ) charge of the ( nucleus, protons, neutrons, electrons ) attracts ( electrons, ions, energy levels, other elements ) and holds them in place - the further away they are, the ( weaker, stronger, more variable ) the attraction. If there are lots of ( inner electrons, protons in the nucleus, neutrons in the nucleus, energy levels ), they get in the way of the ( nuclear, subatomic, negative ) charge, further reducing the attraction. This effect is known as '( shielding, blocking, interception, electron absorption, ion absorption )'.

Explicación

Pregunta 9 de 16

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The Group 7 metals get more reactive as you go down the group.

Selecciona uno de los siguientes:

VERDADERO
FALSO

Explicación

Pregunta 10 de 16

1

The Group 1 metals get more reactive as you go down the group.

Selecciona uno de los siguientes:

VERDADERO
FALSO

Explicación

Pregunta 11 de 16

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The combination of increased and increased means that an electron in a energy level is easily, as there is less attraction from the . Thus, Group metals are reactive as you go down the group.

The combination of increased and increased also means that an electron in a energy level is easily, as there is less attraction from the . Thus, Group metals are reactive as you go down the group.

Explicación

Pregunta 12 de 16

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Properties of the ❌ (Group 1):

- They get ❌ as you go down the group.
- Their melting and boiling points ❌ as you go down the group.
- They have a ❌.
- They have one ❌.
- They form ❌ compounds with ❌.
- They react with ❌ very vigorously to produce ❌.

Arrastra y suelta para completar el texto.

low density

high density

low volume

high volume

Alkali Metals

Transition Metals

Halogens

more reactive

less reactive

smaller

larger

decrease

increase

stay constant

outer electron

inner electron

subatomic particle

ionic

covalent

metallic

electrostatic

non-metals

metals

water

oxygen

flourine

hydrogen

hydrogen gas

chlorine gas

oxygen gas

nitrogen gas

Explicación

Pregunta 13 de 16

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Properties of the ❌ (Group 7):

- They get ❌ as you go down the group.
- Their melting and boiling points ❌ as you go down the group.
- They all exist as ❌.
- They form ❌ bonds with ❌.
- They can ❌ less reactive halogens from an ❌ of that halogen's ❌.

Arrastra y suelta para completar el texto.

Halogens

Alkali Metals

Transition Metals

less reactive

more reactive

smaller

larger

increase

decrease

remain constant

diatomic molecules

subatomic molecules

single molecules

stable ions

ionic

covalent

metallic

electrostatic

metals

non-metals

displace

reduce

oxidise

react with

aqueous solution

aqueous distillation

crystallisation

salt

oxide

halide

Explicación

Pregunta 14 de 16

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Complete the table showing the properties of different halogens.

Arrastra la opción correcta a cada uno de los puntos naranjas

Flourine

Bromine

Iodine

Yellow

very reactive

Dark red

poisonoud

reactive

dense

Purple

crystalline

Explicación

Pregunta 15 de 16

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Properties of the Transition Metals (Middle of the Table):

- They conduct ❌.
- They are very ❌, ❌ and ❌.
- They are ❌ than Group1 metals.
- They are much ❌, ❌ and ❌ than the Group 1 metals.
- They have ❌ melting and boiling points than the Group 1 metals.
- They often have more than one ❌.
- Their compounds are often ❌.
- They all make good ❌.

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heat and electricity

heat

electricity

dense

voluminous

reactive

strong

brittle

shiny

matte

less reactive

more reactive

denser

less dense

stronger

weaker

harder

softer

much higher

much lower

very similar

ion

charge

particle

colourful

ionic

catalysts

insulators

building materials

Explicación

Pregunta 16 de 16

1

What is the charge on a halide when it forms an ionic compound?

Selecciona una de las siguientes respuestas posibles:

1-
1+
2-
2+
Neutral

	Creado por Harry Woodhall hace más de 9 años

A quick quiz on everything outlined in the C3.1 specification.

C3.1 - Everything in the Specification

Pregunta 1 de 16

Rellena los espacios en blanco para completar el texto.

Originally, John , and then Dmitri , ordered elements by their , because particles had not been discovered.

Explicación

Pregunta 2 de 16

Why is it known as the 'periodic' table?

Selecciona una de las siguientes respuestas posibles:

Explicación

Pregunta 3 de 16

Rellena los espacios en blanco para completar el texto.

Explicación

Pregunta 4 de 16

Rellena los espacios en blanco para completar el texto.

improved on ' work in 1869. He arranged the elements in order of (like ), but he left in order to keep elements with the same in the same vertical . These meant that he predicted elements such as gallium and germanium.

Explicación

Pregunta 5 de 16

Scientists only recognised the importance of the periodic table after Newlands' work.

Selecciona uno de los siguientes:

Explicación

Pregunta 6 de 16

Rellena los espacios en blanco para completar el texto.

When were discovered in the late century, the was arranged in order of the atomic () number of the elements, and all the elements were placed into . The elements can be seen as being arranged by their .

Explicación

Pregunta 7 de 16

What property do elements in the same group have?

Selecciona una de las siguientes respuestas posibles:

Explicación

Pregunta 8 de 16

Selecciona la opción correcta de los menús desplegables para completar el texto.

Explicación

Pregunta 9 de 16

The Group 7 metals get more reactive as you go down the group.

Selecciona uno de los siguientes:

Explicación

Pregunta 10 de 16

The Group 1 metals get more reactive as you go down the group.

Selecciona uno de los siguientes:

Explicación

Pregunta 11 de 16

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Explicación

Pregunta 12 de 16

Properties of the ❌ (Group 1): - They get ❌ as you go down the group. - Their melting and boiling points ❌ as you go down the group. - They have a ❌. - They have one ❌. - They form ❌ compounds with ❌. - They react with ❌ very vigorously to produce ❌.

Arrastra y suelta para completar el texto.

Explicación

Pregunta 13 de 16

Properties of the ❌ (Group 7): - They get ❌ as you go down the group. - Their melting and boiling points ❌ as you go down the group. - They all exist as ❌. - They form ❌ bonds with ❌. - They can ❌ less reactive halogens from an ❌ of that halogen's ❌.

Arrastra y suelta para completar el texto.

Explicación

Pregunta 14 de 16

Complete the table showing the properties of different halogens.

Arrastra la opción correcta a cada uno de los puntos naranjas

Explicación

Pregunta 15 de 16

Arrastra y suelta para completar el texto.

Explicación

Pregunta 16 de 16

What is the charge on a halide when it forms an ionic compound?

Selecciona una de las siguientes respuestas posibles:

Explicación

Properties of the ❌ (Group 1):

- They get ❌ as you go down the group.
- Their melting and boiling points ❌ as you go down the group.
- They have a ❌.
- They have one ❌.
- They form ❌ compounds with ❌.
- They react with ❌ very vigorously to produce ❌.

Properties of the ❌ (Group 7):

- They get ❌ as you go down the group.
- Their melting and boiling points ❌ as you go down the group.
- They all exist as ❌.
- They form ❌ bonds with ❌.
- They can ❌ less reactive halogens from an ❌ of that halogen's ❌.