Metals and Nonmetals Metalloids Game Trivia

This page features a Metals and Nonmetals Metalloids Game Trivia online. Each of these items have specific characteristics .e.g. metals are maleable and ductile. Learn these properties in this game. This game can be used in the classroom to review as well as at home by students who need to review ahead of an exam. Metals and nonmetals class 10 solutions | Click and start learning. 5th, 6th, 7th, 8th and 9th grades.


Multiple Choice Questions On Metals and Nonmetals


Metals and Nonmetals Metalloids

All metals are hard. The only exceptions are sodium and ______.

  1. Copper
  2. Magnesium
  3. Manganese
  4. Potassium

Almost every metal is in a solid state at room temperature, except for ______.

  1. Gallium
  2. Tin
  3. Mercury
  4. Platinum

Which metallic element in its pure form has the highest melting point?

  1. Tungsten
  2. Tantalum
  3. Rhenium
  4. Osmium

Metals are ______, whereas nonmetals are _______.

  1. Dull, shiny
  2. Dull, also dull
  3. Shiny, also shiny
  4. Shiny, dull

This is the most abundant metalloid on Earth.

  1. Silicon
  2. Arsenic
  3. Antimony
  4. Germanium

Metalloids are ________ and _______.

  1. Malleable, hard
  2. Brittle, hard
  3. Malleable, soft
  4. Brittle, soft

Which of these have high ductility?

  1. Metals
  2. Metalloids
  3. Nonmetals
  4. Both A and B

Nonmetals are ____ conductors of heat and electricity. For this reason, many non-metals are used as __________.

  1. Good, conductors
  2. Good, semiconductors
  3. Poor, insulators
  4. Poor, semiconductors

Some metalloids are able to conduct electricity at ______________

  1. Low temperatures
  2. High temperatures
  3. Low pressure
  4. High pressure

Which is not a metalloid?

  1. Germanium
  2. Arsenic
  3. Carbon
  4. Tellurium

Compared to metals, nonmetals have _____ electrons in their outermost energy level.

  1. Fewer
  2. The same number of
  3. No
  4. More

Which of these is not a metallic element?

  1. Lithium
  2. Beryllium
  3. Boron
  4. Sodium

Metals are also called _____________ elements. On the other hand, nonmetals are known as ____________ elements.

  1. Electronegative, electropositive
  2. Electropositive, electronegative
  3. Electroneutral, electronegative
  4. Electropositive, electroneutral

You’re designing a new computer chip. You need an element which can conduct electricity, but also act as an insulator sometimes. Which element would you use?

  1. Zinc
  2. Silicon
  3. Copper
  4. Nitrogen

All of these are nonmetals except for one. Which is it?

  1. Fluorine
  2. Phosphorus
  3. Chlorine
  4. Potassium

What is the difference in metals, nonmetals and metalloids? A metal is a substance with high heat conductivity and electricity conductivity. Nonmetals are the opposite of metal. Nonmetals are substances that have low conductivity to heat and electricity. Can you name the metalloids? This science game will help you to distinguish between metals and nonmetals.
What makes metals special?
It is crucial to know the conductivity, ductility and resistance to oxidation, corrosion, of a metal when defining it. These qualities are essential for many metal objects. Continue reading to learn more about the properties of metals. Copper is a good example. Copper is the most widely used metal. It is widely used in electronics. What makes it different than other metals?
Conductivity is determined by the atomic structure of the metals. Because they have one electron, the elements that are best conductors are those with low opposition to electrons. This allows them to move easily. The metals with highest conductivity include copper, silver, gold, and bronze. Although copper has a lower atomic radius than platinum and gold, the former two are still very good. Copper and silver are the mostconductive metals, for the reasons mentioned above.
Material can change its shape when it is exposed to stress. The higher the material's ductility, the longer it can be held together. All metals can be stressed but some metals are more ductile than others. Metals with thin walls are particularly vulnerable to this property, as they absorb energy from compression or deformation. One example of a ductile metal is Rhodium, which is a white metal. It is used in the manufacture of stainless steel and other alloys.
Resistant to corrosion
Many industries require corrosion resistance, including aerospace and the semiconductor industry. Because of the extreme environment in which certain components are found, this trait is essential. Because of interactions with other metals, some metals are susceptible to corrosion. Galvanic corrosion is one example of this process. This happens when two materials interact with each other. For aerospace, it is crucial to maintain the integrity of parts by ensuring corrosion resistance. Both aircraft and ground vehicles use corrosion-resistant materials.
Resistance to Oxidation
High-temperature applications will benefit from metals and alloys with good resistance to oxidation. The type of alloy and metal used will determine the level of resistance to oxidation. It also depends on its composition. While chromium is generally the best metal for high-temperature service (HTS), other metals can also have positive effects. These are just a few examples of alloys. This is where you can find the right combination of properties that will maximize the metal's resistance.
Fatigue resistance
The fatigue strength of a metal is only one factor. A material's surface finish can also impact its fatigue resistance. Ironic stainless steels, for example, are less resistant to fatigue than martensitic and austenitic steels. The fatigue life of ferritics is also affected by corrosion pits. Because they are fatigue-resistant, stainless steels are better choices for these corrosive environments.