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The Periodic Table

Total questions: 146

Worksheet time: 1hrs 21mins

Name
Class
Date
1.

The Periodic Table is organized by increasing

a)

charges

b)

atomic number

c)

mass number

d)

electronegativity

2.

The elements in the middle of the table are called the _____________ metals because their properties change from metallic to nonmetallic.

a)

positive

b)

negative

c)

magnetic

d)

transition

3.

The _________________ are a small group of elements that have both metallic and nonmetallic properties.

a)

Oxygen Group

b)

Nitrogen Group

c)

Metalloids

d)

Halogens

4.

The vertical columns on the periodic are called _______________.

a)

Rows

b)

Periods

c)

Groups

d)

Valence

5.

The horizontal rows of the Periodic Table are called ______________.

a)

Periods

b)

Groups

c)

Families

d)

Halogens

6.

The _______________electrons are the electrons on the outer most energy level of the atom.

a)

valence

b)

core

c)

excited

d)

ground state

7.

Elements of the same ______________ have the same number of valence electrons, which determines the elements chemical properties.

a)

Period

b)

Row

c)

Group

8.

This element does not match the properties of any other group so it stands alone. It is placed above Group 1 but it is not part of that group. It is very reactive, colorless, odorless, and a gas at room temperature.

a)

Hydrogen

b)

Helium

c)

Nitrogen

d)

Oxygen

9.

Group 1: These metals are extremely reactive. They all have one valence electron. They are shiny and silver in color. They are soft and can be cut with a knife.

a)

Transition Metals

b)

Alkali Metals

c)

Alkaline Metals

d)

Lanthanides

10.

Group 2: Slightly less reactive because they have 2 valence electrons. They are silver colored and more dense that Group 1 metals.

a)

Transition Metals

b)

Alkali Metals

c)

Alkaline-earth Metals

d)

Actinides

11.

Groups 3-12: These metals have a moderate range of reactivity and a wide range of properties. They are shiny and good conductors of heat and electricity. They have higher densities and melting points than Groups 1 and 2. These have 1 or 2 valence electrons.

a)

Transition Metals

b)

Alkali Metals

c)

Alkaline-earth Metals

d)

Lanthanides

12.

Elements with atomic numbers 57-70 and 89-102: These metals were taken out and placed at the bottom of the table so the table wouldn't be so wide. Some are shiny and reactive. Others are radioactive and unstable. Elements 95-103 do not exist in nature but have been manufactured in the lab.

a)

Alkali Metals

b)

Alkaline-earth Metals

c)

Lanthanides and Actinides

d)

Boron Group

13.

Group 13: Contains on metalloid and 4 metals. They are reactive. All have 3 valence electrons (Group # minus 10).

a)

Boron Group

b)

Nitrogen Group

c)

Oxygen Group

d)

Carbon Group

14.

Group 14: Contains one nonmetal, two metalloids, and two metals. These all have 4 valence electrons (Group # minus 10) and have varied reactivity.

a)

Boron Group

b)

Carbon Group

c)

Nitrogen Group

d)

Oxygen Group

15.

Group 15: Contains two nonmetals, two metalloids, and one metal. They have varied reactivity. These elements have 5 valence electrons (Group # minus 10).

a)

Boron Group

b)

Carbon Group

c)

Nitrogen Group

d)

Oxygen Group

16.

Group 16: Contains three nonmetals, one metalloid, and one metal. They are a reactive group. These elements all have 6 valence electrons (Group # minus 10).

a)

Boron Group

b)

Carbon Group

c)

Nitrogen Group

d)

Oxygen Group

17.

Group 17: All nonmetals. Very reactive. Poor conductors of heat and electricity. Tend to form salts with metals. Example NaCl: sodium chloride which is known as table salt. These elemtns have 7 valence electrons (Group # minus 10).

a)

Boron Group

b)

Oxygen Group

c)

Nitrogen Group

d)

Halogens

18.

Group 18: Unreactive nonmetals. All are colorless, odorless gases at room temperature. These elements have a full outer energy level, usually 8 valence electrons, except for Helium which only has 2 valence electrons.

a)

Nitrogen Group

b)

Oxygen Group

c)

Noble Gases

d)

Halogens

19.

The elements on the right side of the Periodic Table are classified as ________________.

a)

Metals

b)

Nonmetals

20.

The elements on the left side of the periodic table are classified as ________________.

a)

metals

b)

nonmetals

21.
What does the 1.00794 stand for?
a)
Hydrogen
b)
atomic number
c)
atomic mass
d)
atomic explosion
22.
In the modern periodic table elements are arranged by:
a)
atomic mass
b)
atomic number
c)
valence electrons
d)
number of isotopes
23.
What is the chemical symbol for Lithium?
a)
H
b)
He
c)
Li
d)
N
24.
Each element is, usually, given one or two letters known as a chemical symbol.
a)
True
b)
False
25.
All matter is made of
a)
atoms
b)
cells
26.
What is the atomic mass of "F"
a)
9
b)

16

c)
17
d)
19
27.
These are found on the Periodic Table.
a)
Compounds
b)
Elements
c)
Mixtures
28.

Metals are found on the ______________ side of the periodic table.

a)

nonmetals

b)

left

c)

right

d)

metals

29.

A(n) _______ is the smallest particle of an element that has the chemical properties of that element.

a)

electron

b)

compound

c)

atom

d)

molecule

30.

The chart gives the atomic number and mass number of two elements.

How many protons does Element B have?

a)

10

b)

20

c)

9

d)

19

31.

Below is a square that represents one element of the periodic table.

What information is in this square of the periodic table, from top to bottom?

a)

average atomic mass, chemical symbol, chemical name, atomic number

b)

atomic number, chemical symbol, chemical name, average atomic mass

c)

average atomic mass, chemical symbol, chemical name, proton number

d)

atomic number, chemical symbol, chemical name, proton number

32.

Which of the following represents an element?

a)

H2O

b)

HCl

c)

NaCl

d)

Au

e)

CaCO3

33.

Which of the following could be a symbol on the periodic table of elements?

a)

CC

b)

Cc

c)

cc

d)

CcC

e)

CK1

34.

What is NOT made up of two or more elements that are chemically combined?

a)

Element

b)

Compound

c)

Mixture

d)

Solid

e)

Liquid

35.

Which of the following is an element?

a)

Gold

b)

Air

c)

Water

d)

Carbon Dioxide

e)

Nitrous Oxide

36.

How many elements are there in CuSO4?

a)

1

b)

2

c)

3

d)

4

e)

5

37.

A sample of matter that is not mixed with any other type of matter.

a)

element

b)

pure substance

c)

mixture

d)

compound

38.

The image below shows how information about a specific element is represented on the periodic table.

What information does the symbol “C” give about the element?

a)

atomic number

b)

atomic mass

c)

density

d)

chemical symbol

39.

The image below shows how information about a specific element is represented on the periodic table.

What information does the symbol “6” give about the element?

a)

atomic number

b)

atomic mass

c)

density

d)

chemical symbol

40.
What is the chemical symbol for the element Aluminum
a)
A
b)
AL
c)
Al
d)
al
41.

He, Ne, and Ar are all noble gases (Group 18). What is common among these gases?

a)

They are flammable.

b)

They are highly reactive.

c)

They are metals.

d)

They are unreactive.

42.

The vertical (up and down) columns in the Periodic Table are called _______.

a)

groups

b)

towers

c)

periods

d)

atomic numbers

43.

Locate Lanthanides and Actinides on the periodic table. (You should have more than one answer.)

a)
b)
c)
d)
44.

Which of these is a halogen, a Group 17 element?

a)

Helium

b)

Chlorine

c)

Oxygen

d)

Neptune

45.

Most of the elements on the periodic table are classified as _____.

a)
Metals
b)
Nonmetals
c)
Metalloids
d)
Periods
46.

Metals are found on the ______________ side of the periodic table.

a)

nonmetals

b)

left

c)

right

d)

metals

47.

Chlorine, Cl is an example of a non-metal element.

a)

True

b)

False

48.

What is the name of group 1 elements?

a)

halogens

b)

noble gases

c)

alkali metals

d)

alkaline earth metals

49.

Elements in Group 1 have _____ valence electron(s).

a)

1

b)

2

c)

3

d)

4

50.

Elements in Group 2 have ____ valence electron(s).

a)

1

b)

2

c)

3

d)

4

51.

Which of the following is an alkaline earth metal?

a)

Ti

b)

Mg

c)

O

d)

He

52.
Beryllium is in group number______.
a)
Group 2
b)
Group 3
c)
Group 4
d)
Group 7
53.
a)
Periods
b)
Groups
54.

The atoms along the ZIG-ZAG staircase are called ____.

a)
metals
b)
nonmetals
c)
metalloids
d)
noble gases
55.

Elements in the Group 3 to Group 12 are used in coins and tools. They are called ____.

a)

alkali metals

b)

noble gases

c)

halogens

d)

transition metals

56.

How many valence electrons are found in Group 15 (Nitrogen Group) elements?

a)
15
b)
4
c)
5
d)
31
57.

How many valence electrons are found in atoms of Group 14 (Carbon Group) elements?

a)
4
b)
3
c)
14
d)
16
58.

The vertical (up and down) columns in the Periodic Table are called

a)

groups

b)

towers

c)

periods

d)

atomic numbers

59.
The Modern Periodic Table of Elements is arranged by
a)
atomic mass
b)
atomic number
c)
valence electrons
d)
number of isotopes
60.
Which group of the periodic table is composed of inert (not reactive)  gases?
a)
alkali metals
b)
alkaline earth metals
c)
halogens
d)
noble gases
61.
Which is an alkali metal?
a)
Magnesium
b)
Iron
c)
Sodium
d)
Europium
62.
Which is a halogen?
a)
Helium
b)
Chlorine
c)
Oxygen
d)
Neptune
63.
Elements in a ..................have similar chemical properties.  
a)
period
b)
group
c)
row
64.

Which of the following are physical properties of metal? Select all that apply

a)

Luster

b)

Conductivity

c)

Malleability

d)

Ductility

65.

True or False: The as you move from left to right across the periodic table, elements increase in metallic character.

a)

True

b)

False

66.

Name this group: These metals are the most reactive.

a)
b)
c)
d)
67.

Name this group: These metals are the second most reactive.

a)
b)
c)
d)
68.

Name this group: These metals contain familiar metals such as gold, iron, and copper.

a)
b)
c)
d)
69.

Which of the following could be properties of nonmetals? Select all that apply

a)

Poor electrical conductivity

b)

Poor thermal conductivity

c)

Dullness

d)

Brittleness

70.

I am a metal


I am in group 2


I am in period 6


I am…

a)

Mo

b)

Re

c)

S

d)

Ba

71.

I am a nonmetal

I am in period 2

I am in group 6

a)

Ba

b)

Si

c)

Tc

d)

O

72.

Find an element with similar chemical properties to Barium (Ba).

a)

Ca an Ra, because they are in the same group and have similar chemical properties.

b)

Cs and La, because they are in the same period number.

c)

Ca and Y, because they are 90 degree angle and have similar properties.

73.

The number of protons is also known as the

a)

number of electrons

b)

atomic number

c)

atomic mass

d)

number of neutrons

74.

Where are electrons located?

a)

Outside the nucleus

b)

In the nucleus

75.

The negatively charged particles in an atom

a)

Electron

b)

Proton

c)

Neutron

d)

Nucleus

76.

The particles in an atom that have no charge

a)

Nucleus

b)

Neutron

c)

Proton

d)

Electron

77.

The center part of an atom

a)

Electron

b)

Nucleus

c)

Neutron

d)

Proton

78.

A table where elements are organized by their atomic number.

a)

Chart

b)

Graph

c)

Periodic Table

d)

Table

79.

Subatomic particle with a positive charge

a)

protons

b)

neutrons

c)

electrons

d)

element

80.

Subatomic particle with a neutral charge

a)

protons

b)

neutrons

c)

electrons

d)

elements

81.

Subatomic particle with a negative charge

a)

protons

b)

neutrons

c)

electrons

d)

element

82.

Where are protons located?

a)

in the nucleus

b)

orbitals around the nucleus

c)

elements

83.

Where are neutrons located?

a)

nucleus

b)

orbitals around the nucleus

c)

elements

84.

The number of protons=_____________

a)

the atomic number

b)

the atomic mass

c)

the period number

d)

the group number

85.

The letter, C, is the ... of carbon.

a)

Atomic Number

b)

Name

c)

Atomic Symbol

86.

Smallest particle of an element

a)

Atom

b)

Electron

c)

Neutron

d)

Proton

87.

This subatomic particle determines the identity of the element.

a)

Proton

b)

Neutron

c)

Electron

88.

This subatomic particle is responsible for holding together the nucleus.

a)

Electron

b)

Proton

c)

Neutron

89.

Where are protons located?

a)

Outside the nucleus

b)

In the nucleus

90.

Where are neutrons located?

a)

Outside the nucleus

b)

In the nucleus

91.

This subatomic particle is responsible for chemical reactions.

a)

proton

b)

neutron

c)

electron

92.
Question Image

Match the following

a)

Calcium

1.

Ca

b)

Oxygen

2.

O

c)

Hydrogen

3.

H

d)

Helium

4.

He

e)

Nitrogen

5.

N

93.

What is the correct way to write the symbol for beryllium?

a)

BE

b)

Be

c)

be

94.

What is the correct way to write the symbol for argon?

a)

ar

b)

AR

c)

Ar

95.

What is the atomic number of oxygen?

a)

O

b)

8

c)

15.999

d)

Oxygen

96.

How many protons are in one atom of oxygen?

a)

O

b)

8

c)

15.999

d)

Oxygen

97.

What is the atomic number of uranium?

a)

92

b)

U

c)

uranium

d)

238.029

98.

How many protons are in one atom of uranium?

a)

92

b)

U

c)

uranium

d)

238.029

99.

Tin (Sn) and Lead (Pb) are both members of the came group as carbon, as shown by the periodic table, which of the following elements would also be a member of this group and why?

a)

Iron(Fe), because it is a metal like tin and lead

b)

Krypton (Kr) because it is an inert gas like tin and lead

c)

Calcium (Ca) because it has reactivity similar to that of tin and lead

d)

Silicon (Si) because it has conductivity similar to that of tin and lead

100.

Which of the following is an element?

a)

salt

b)

oxygen

c)

vinegar

d)

water

101.

A model of the most basic unit of oxygen is shown. Which of the following is true of oxygen?

a)

Oxygen is an element because its most basic unit is a single type of atom

b)

Oxygen is a compound because its most basic unit is a single type of atom

c)

Oxygen is a mixture because its most basic unit contains more than one particle

d)

Oxygen is a compound because its most basic unit contains more that one type of particle

102.

How is an element different from a compound?

a)

an element is highly reactive, and a compound is stable

b)

an element exists in any state, and a compound is only a liquid

c)

an element contains multiple substances, and a compound contains only one pure substance

d)

an element is made of a single type of atom, and a compound is made of two or more atom types

103.

This is a chemical formula for glucose, a type of sugar. What statement is true about glucose?

a)

Glucose is an element, because it can be separated into smaller components

b)

Glucose is an element, because it is made up of more than one kind of atom

c)

Glucose is a compound, because it is made up of more than one element

d)

Glucose is a compound, because it is made of protons, neutron and electrons

104.

Nitrogen is a gas at room temperature and standard pressure. It is also a Group 15 element as shown. Which statement about the other elements in Group 15 is true?

a)

They look similar to oxygen

b)

They react in a way similar to how nitrogen reacts

c)

They have the same density as nitrogen when under the same conditions

d)

They are, like nitrogen, gases at room temperature and standard pressure

105.

Which elements in the periodic table have similar properties?

a)

a metal and a noble gas

b)

a metal and a non metal

c)

two elements in the same group

d)

two elements in the same period

106.

Based on the periodic table of elements, which of the following sets of elements have similar properties?

a)

Pb, Sn, Kr

b)

Ne, N, O

c)

Cl, Br, I

d)

O, S, N

107.

What is the atomic number of an element based upon?

a)

mass of it's nucleus

b)

number of electrons around it's core

c)

number of protons in its nucleus

d)

number of neutrons in its nucleus

108.

A chemist determines that the atom she is studying has eight negatively charged particles outside the nucleus. What does this indicate about the atom?

a)

it is very unstable

b)

it contains eight neutrons

c)

it contains eight electrons

d)

it is a negatively charged ataom

109.

Audra is looking at the diagram of an atom. Which particle(s) does she see inside the nucleus?

a)

electrons only

b)

protons only

c)

electron and protons

d)

protons and neutrons

110.

A model of Nitrogen is shown, in this model, what do the blue spheres represent?

a)

electrons

b)

neutrons

c)

photons

d)

protons

111.

Which subatomic particle or particles have a negative charge?

a)

protons and electrons

b)

electrons and neutrons

c)

electrons only

d)

neutrons only

112.

Which best describes what happens when elements combine to form a compound?

a)

the atoms in each compound dissolve

b)

the atoms of both elements bind together

c)

the nuclei in the atoms of both elements split and combine with the nuclei of other atoms

d)

The subatomic particles in the atoms of both elements change to resemble each other

113.

Kathy's teacher puts this question on the board:

All matter is made of ______, which may contain ______.

a)

Atoms, molecules

b)

Elements, atoms

c)

molecules, atoms

d)

molecules, elements

114.

Atoms combine in many different ways to form different substances. Iron is an element. Brass is not an element, instead brass is a combination of two elements. what is the difference between iron and brass?

a)

Iron, but not brass, consists of atoms

b)

Brass, but not iron, is a metallic substance

c)

Iron is a compound, brass is not

d)

Brass is a compound, iron is not

115.

Compounds are made up of different kinds of atoms that are chemically combined. What do compounds have in common?

a)

They have the same color

b)

They have the same melting point

c)

They can be broken down into simpler substances

d)

They can't combine with one another to from more complex substances

116.

Which of the following is a property of an element?

a)

Elements have their own individual characteristic properties

b)

Elements have at least two different types of atoms

c)

Elements have the ability to change into a different element

d)

Elements can be separated from one another

117.

A student notices that a basketball seems to act differently depending on whether the game is being played on a court with a wooden floor, on a concrete driveway, or on a blacktop in the park. they student hypothesizes that the surface on which a ball is bounced affects the height of the bounce.

How can the student design an experiment to test the hypothesis?

a)

The student should drop the same ball from 3 different heights and have someone measure the height of each bounce

b)

The student should drop 3 different balls from the same height and have someone measure the height of each bounce

c)

The student should drop the same ball from the same height on 3 different surface and have someone measure the height of each bounce

d)

The student should drop 3 different balls from the same height on 3 different surfaces and have someone measure the height of each bounce

118.

Ena is measuring the pH of various liquids to see if they are acids or bases. Although she is following the same procedure each time, she notices that when she tests a particular liquid she obtains results she does not expect. She is not sure that the result is accurate.

What should Ena do to improve the reliability of the data she collects?

a)

change her hypothesis

b)

perform repeated trials on each liquid

c)

measure a smaller volume of each sample

d)

research more information about acids and bases

119.

The graph shows the number of pythons removed from the Florida Everglades over a period of time.

Based on the data collected, which conclusion is the most logical?

a)

Python presence is increasing each year in certain parts of Florida?

b)

Python presence is due to the low water levels in surrounding lakes

c)

Python presence in evidence of an exception to the theory of natural selection

d)

python presence is a result of the lack of human ecosystem intervention in Florida

120.

Devin is doing an investigation to address the question of how temperature affects the rate of crystal growth. He has 6 jars and adds the same amount of warm water to each jar. Then he adds salt to each jar, enough to make a saturated solution, and stirs until the salt dissolves completely. He observes the jars for several days.

Which experimental design allows for the collection of the evidence Devin needs to address this question?

a)

He leaves all 6 jars on the counter and records the temperature and day the crystals appear

b)

He puts all 6 jars in the fridge, and records the day and temperature the crystals appear

c)

he puts 3 jars in the fridge and 3 jars at room temperature and, records the day the crystals appear

d)

He puts 5 jars at room temperature and 1 in the fridge, and records the day the crystals appear

121.

Which statement BEST describes a scientific hypothesis?

a)

a scientific fact

b)

a scientific theory

c)

an inference based on scientific data

d)

a testable scientific explanation based on observation

122.

Elements

in Group 18 are known as

(a)  

123.

Going down the group, the melting point and boiling point

of the elements

(a)  

124.

Match the following

a)

• Used to fill weather balloons

• Used in the oxygen tanks of divers

1.

Helium

b)

• Used in advertising board lights

2.

Neon

c)

Used to fill in electric bulbs

• Used to provide an inert atmosphere for welding in

high temperature

3.

Argon

d)

Used in flashlight of cameras

• Used in lasers for eye retina treatment

4.

Krypton

e)

• Used in lighthouse lamps

• Used for anesthesia

5.

Xenon

125.

Physical Characteristics of group 1 elements are(choose all that apply)

a)

soft metals

b)

low density

c)

loat on the surface of water

d)

grey shiny surface at room temperature.

126.

Write the equation for the reaction of sodium with water.

4 lines
127.

The reactivity of alkali metals in

Group 1 is due to the tendency of

a)

atom to donate its valence electrons.

b)

atom to receive its valence electrons.

128.

Why do the melting point

and boiling point of elements decrease when going down the group?

a)

Group 1 elements are soft metals, with low density and float on the surface of water

b)

Group 1 elements have one electron in the valence shell. In a chemical reaction, these atoms donate

one electron and form an ion with the +1 charge.

c)

The increase in the atomic size

down the group will weaken the attraction force between the atoms. Therefore, less heat energy is

required to overcome the attraction forces between the metal atoms.

129.

When alkali metals burn in oxygen gas,

a)

black solid is produced

b)

a white solid that is metal oxide will be formed

c)

gas is produced

130.

Reaction of chlorine with water will

produce

a)

hypochlorous acid

b)

hydrochloric acid

c)

sulphuric acid

131.

Why does the reactivity

of elements decreases when going

down Group 17?

a)

Increasing

atomic size will cause the

valence shell to be further from

the nucleus. This will cause the

nuclear attraction force towards

the electrons to become weaker.

Thus, the difficulty in attracting

electrons to fill the valence shell

will increase.

b)

Decreasing

atomic size will cause the

valence shell to be further from

the nucleus. This will cause the

nuclear attraction force towards

the electrons to become weaker.

Thus, the difficulty in attracting

electrons to fill the valence shell

will increase.

c)

Increasing

atomic size will cause the

valence shell to be further from

the nucleus. This will cause the

nuclear attraction force towards

the electrons to become stronger.

Thus, the difficulty in attracting

electrons to fill the valence shell

will increase.

132.

All halogens are

a)

soluble in organic solvents

b)

conduct heat nor

electricity

c)

do not conduct heat nor

electricity

d)

insoluble in organic solvents

133.

All transition elements are metals with the following

properties

a)

• Solids with shiny surfaces

b)

• Very hard compared to metals in Groups 1 and 2

c)

• Have high densities

d)

• Have high melting points and boiling points

134.

Transition elements function as a catalyst

a)

to increase the rate of reaction without

undergoing chemical change at the end of the reaction. For example, iron filings are used

as a catalyst in the Haber Process.

b)

increase the product

135.

Iron, Fe is used in the Haber

Process to produce

a)

sulphuric acid

b)

ammonia

136.

Special Characteristics for Several Transition Elements in the Periodic Table

are

a)

Transition elements form coloured

ions or compounds

b)

Transition elements

have more than one

oxidation numbe

c)

Transition elements can form

complex ions

137.

What family on the Periodic Table is non-reactive?

a)

Noble Gases

b)

Halogens

c)

alkali earth metals

d)

Wan Pablo

138.

Metals are on the...

a)

Left side of the Periodic table

b)

Right side of the Periodic Table

c)

Wan Pablo

139.

Zn's atomic number is...

a)

21

b)

30

c)

Wan Pablo

d)

40

140.

Sodium (Na) is on group 15. True or false?

a)

true

b)

False

c)

Wan Pablo

d)

Rick Astley

141.

Bromine (Br) is in which family?

a)

Wan Pablo

b)

Halogens

c)

Alkali metals

d)

Oxygen family

142.

Is Wan Pablo the son of Daddy Jebes? (Graham's suggestion)

a)

Yes, he's Wan Ebes Juilius Caesar Pablo

b)

No, he's adopted

143.

Carbon (C) is in group...

a)

1

b)

Wan Pablo

c)

14

d)

3

144.

Lithium (Li) is is group...

a)

6

b)

1

c)

16

d)

Wan Pablo

145.

Argon (Ar) is in which family?

a)

Wan Pablo

b)

Noble Gases

c)

Transition metals

d)

Bearer of charms

146.

Is Dimitrius Demarcus James John Brown Bartholomere III jr. Daddy Jebes?

a)

Yes, he is daddy Jebes, father of Wan Ebes Juilius Caesar Pablo.

b)

No, he's Graham cracker, right hand man of Wan Ebes Juilius Caesar Pablo.

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