Using the evidence provided, generate a pattern that describes the chemical reactivity of metals. A

As you go from left to right, reactivity of metals increases. As you go down in a group, reactivity of metals increases.

B

As you go from left to right, reactivity of metals increases. As you go down in a group, reactivity of metals decreases.

C

As you go from left to right, reactivity of metals decreases. As you go down in a group, reactivity of metals increases.

D

As you go from left to right, reactivity of metals decreases. As you go down in a group, reactivity of metals decreases

B)As you go from left to right, reactivity of metals increases. As you go down in a group, reactivity of metals decreases.

Explanation:

reactivity of metals can be explained as how it can easily lose electron, i.e oxidize as well as reaction with non-metals.

There are factors that influence the reactivity of metals such as

1)atomic radius

2)nuclear charge

3)shielding effect

4) The sublevel arrangement of electrons

In the periodic table,the group 1, known as alkali metals, are the most reactive metals

Therefore, as we from left to right, reactivity of metals increases. As we move down in a group, reactivity of metals decreases.

answer by yourhope:

how do models compare to real-world objects?

d. most models represent a real-world object in a simpler way.

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