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11th grade 2nd term Q1 chemical bonding I SEK

Total questions: 20

Worksheet time: 5hrs 0mins

Name
Class
Date
1.

With each higher energy level, the electrons

a)

are lower in energy

b)

have more spin values

c)

are weaker

d)

are farther from the nucleus

2.

How many electrons total are found in an f sublevel?

a)

2

b)

6

c)

10

d)

14

3.

The greater n for a given orbital...

a)

The more energy the orbital will have

b)

The smaller the orbital will be

c)

It will be shaped like a dumbbell

d)

It will have many spin values

4.

The element z = 35 has so many valence electrons

a)

7

b)

5

c)

3

d)

4

5.

These two elements have the same number of valence electrons

a)

z = 15 and z = 33

b)

z = 11 and z = 20

c)

z = 20 and z = 38

d)

z = 14 and z = 33

6.

These two elements have the same number of valence electrons

a)

z = 3 and z = 37

b)

z = 49 and z = 20

c)

z = 5 and z = 49

d)

z = 6 and z = 51

7.

gn for z = 37 is

a)

5

b)

4

c)

3

d)

6

8.

ve for z = 38 is

a)

6

b)

4

c)

5

d)

2

9.

ve for z = 54 is

a)

8

b)

4

c)

5

d)

2

10.

The element Argon has the following subatomic particles. (p = protons, n = neutrons, e = electrons)

a)

p= 18; n= 22; e=18

b)

p= 40; n= 18; e=40

c)

p= 22; n= 18; e=22

d)

p= 18; n= 22; e=22

e)

p= 18; n= 22; e=22

11.

An ion of Silver (Ag+) has the following particles in it. (p = protons, n = neutrons, e = electrons)

a)

p= 47; n= 61; e=47

b)

p= 47; n= 61; e=48

c)

p= 108; n= 61; e=107

d)

p= 47; n= 61; e=46

e)

p= 108; n= 47; e=108

12.

An atom of S contains. (p = protons, n = neutrons, e = electrons)

a)

p= 16; n= 16; e=18

b)

p=16; n= 32; e=16

c)

p= 32; n= 16; e=32

d)

p= 16; n= 16; e=16

e)

p= 16; n= 16; e=32

13.

The ion O-2 contains these particles

a)

p= 8; n= 8; e=8

b)

p= 16; n= 8; e=16

c)

p= 16; n= 8; e=18

d)

p= 8; n= 8; e=10

e)

p= 16; n= 16; e=14

14.
How do we solve for number of neutrons?
a)
Mass + Atomic Number= Neutrons
b)
Mass x Atomic Number = Neutrons
c)
Mass - Atomic Number = Neutrons
d)
Mass + Number of Protons = Neutron
15.
What atom matches this electron configuration?
1s22s22p63s23p64s23d10
a)
Zinc
b)
Copper
c)
Nickel
d)
Germanium
16.

Which of the following ions is likely to be found

a)

Br-

b)

N-3

c)

Be-6

d)

Ca+

e)

O-3

17.

Which of the following ions has reached an octet in its ve

a)

Br-

b)

Na+

c)

Be+1

d)

I+

e)

O-2

18.

Camila and Ana Maria are arguing which one is the correct molecular formula for a compound. Camila claims that the compound should be Na2O (where Na is Na+, and O is O-2). Ana María says that it shoud be NaO3 (where Na is Na+3 and O is O-1).

Who is correct?

a)

Camila, because the stable ions for Na and O are Na+ and O-2

b)

Ana María, because the O atom becomes stable after gaining 1 electron, as in O-

c)

Camila, because both Na+ and Na+3 are correct and stable ions.

d)

Ana María, because O is electronegative, so it can attract many electrons.

19.

This sketch shows the atomic radius trends in the periodic table. Select the correct option

a)

Atomic radius is correct, because it grows to the left and downward.

b)

Atomic radius is wrong, as it grows to the right and downward.

c)

Atomic radius is wrong, because it grows from left to right.

d)

Atomic radius is wrong, because it grows from bottom to top.

20.

Which one(s) of the following substances aren't likely to be found

a)

Mg2O3 (Mg = Mg+3, O = O-2)

b)

H3O (H=+1, O = -3)

c)

Si2F3 (Si = Si+3, F=F-2)

d)

MgO (Mg = Mg+2, O = O-2)

e)

NCl3 (N = N+3, Cl = Cl-)