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In molecules kinetic and potential energies are:
NETNUST Entry TestChemistryBasic Concepts of Chemistry
Molecules of high molecular weight usually greater than 10,000 are called
NETNUST Entry TestChemistryBasic Concepts of Chemistry
Haemoglobin contains nearly:
NETNUST Entry TestChemistryBasic Concepts of Chemistry
Haemoglobin is 6800 times heavier than :
NETNUST Entry TestChemistryBasic Concepts of Chemistry
$H_{e}$ , $A_{r}$ and N_{e} are:
NETNUST Entry TestChemistryBasic Concepts of Chemistry
$Cl_{2}$, $N_{2}$ and $O_{2}$ are :
NETNUST Entry TestChemistryBasic Concepts of Chemistry
$C_{6}H_{12}0_{6}$ and $C_{12}H_{22}0_{11}$ are:
NETNUST Entry TestChemistryBasic Concepts of Chemistry
The number of subatomic particles in atoms so far discovered is more than:
NETNUST Entry TestChemistryBasic Concepts of Chemistry
First atomic theory was put forward by an English school teacher :
NETNUST Entry TestChemistryBasic Concepts of Chemistry
Non-metals tend to gain electrons, becoming:
NETNUST Entry TestChemistryBasic Concepts of Chemistry
Metals tend to lose electrons, becoming
NETNUST Entry TestChemistryBasic Concepts of Chemistry
Covalent compounds mostly exist in the form of :
NETNUST Entry TestChemistryBasic Concepts of Chemistry
Swedish chemist J.Berzelius determined:
NETNUST Entry TestChemistryBasic Concepts of Chemistry
The diameter of atoms is of the order
NETNUST Entry TestChemistryBasic Concepts of Chemistry
$CO^{+}$ is an example of
NETNUST Entry TestChemistryBasic Concepts of Chemistry
When an electron is added to a unipositive ion we get:
NETNUST Entry TestChemistryBasic Concepts of Chemistry
The number of atoms present in a molecule determines its :
NETNUST Entry TestChemistryBasic Concepts of Chemistry
Matter is defined as anything which occupies space and:
NETNUST Entry TestChemistryBasic Concepts of Chemistry