MoleCalc Crack Free Registration Code X64 (Updated 2022)

 

 

 

 

 

 

MoleCalc Crack + PC/Windows [Latest]

MoleCalc provides chemists and students with a simple and easy to use utility that can be used for determining the molecular weight of an element.
Key Features:

The element can be specified either by the atomic number or the symbol.

Molecular weight calculation is based on the stoichiometric formula of the element.

MoleCalc comes with a predefined list of elements that can be searched in the database or can be entered manually.

MoleCalc is a java based application and hence it can run on all the major platforms and platforms, except for the Microsoft Windows mobile.

All the calculations are carried out in a stable way and never displays any exception during the execution of the application.

MoleCalc comes with a very user friendly interface, where we can easily enter the chemical element name or the symbol in order to view the molecular weight of that element.

MoleCalc provides the calculation of the molecular weight in Dalton, grams, miligrams or kilograms along with the standard errors.

The molecular weight of the element can be viewed for an easily understandable purpose and we can also check the molecular weight of that element with other elements in the database.

MoleCalc carries a very easy to use and learn interface, so that every new chemist or student can use it without any difficulty.

MoleCalc carries a very simple toolbar that can be used with multiple tabbed windows and hence you can achieve a very easy user experience and navigation.

MoleCalc can be used to determine the molecular weight of any element in the database in less than 10 seconds.

MoleCalc provides a very easy to understand and easy to use user interface.

MoleCalc provides very simple search features that are categorized in the following section:

Here we will have a look on how MoleCalc supports calculating the molecular weight of an element in various units and how to use the search feature of MoleCalc to get the elements based on the molecular weight of the element.

Molecular Weight in various Units:

Molecular weight can be calculated in various units. MoleCalc can calculate the molecular weight of element in:

Dalton

Grams

Miligrams

Kilograms

Molecular weight can be further converted into any of these units. For example, if we want to calculate the molecular weight of a chemical element

MoleCalc Crack With Key [Win/Mac]

MoleCalc is a completely free software for calculation of the molecular weight of atoms, molecules, ions and compounds on your desktop.
MoleCalc can calculate the molecular weight of single elements (from oxygen to curium), heterogeneous multiple elements in organic and inorganic compounds (including dissolved and supported elements), heterogeneous multiple elements in minerals, heterogeneous multiple elements in aqueous phases, and noble gases (including HDO and H2O).

MoleCalc features a simple graphical interface with the following tabs:

The Summary tab contains the calculated molecular weight, the elemental symbols, the chemical formula and the number of atom. The choices of single, multiple, and combinations elements are selectable by the checkboxes.

The Compounds tab contains the calculated molecular weight of organic and inorganic compounds, including metal hydride (M=H), oxides (M=O), salts (M=Na) and sulfides (M=S).

The Inorganic Compounds tab contains the calculated molecular weight of elements in inorganic compounds.

MoleCalc displays a list of the supported elements, with the selected element highlighted and the corresponding atomic number and symbol.

SID

Element

Atomic number

Symbol

1

He

2

Li

3

Be

4

B

5

C

6

N

7

O

8

F

9

Ne

10

Na

11

Mg

12

Al

13

Si

14

P

15

S

16

Cl

17

Ar

18

K

19

Ca

20

Sc

21

Ti

22

V

23

Cr

24

Mn

25

Fe

26

Co

27

Ni

28

Cu

29

Zn

30

Ga

31

Ge

32

As

33

Se

34

Br

35

Kr

36

Rb

37

Sr

38

Y

39

Zr

40

Nb
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MoleCalc Crack

– Simple user interface.
– User friendly graphical interface.
– Powerful calculator.
– Values and formulas allow you to print the molecular weight value of the element.
– Integration with ChemDraw.
– Graphical representation of the Mw-MAc-Hn formula.
– Simple and easy to use.
– Multiple selection by the coordinates of the elements.
– Symbols in the Mw-MAc-Hn formula.
– Mentioned all the common element symbols.
– The molecular weight values of the elements are displayed in a table.
– Use the formulae for calculating the molecular weight of the elements.
– Calculation of the molecular weight of each element.
– The molecular weight of the elements that are in an element symbol are calculated.
– Calculation of the molecular weight of the element in a single click.
– Calculation of the molecular weight of the elements with the specific atomic number.
– Element calculation with the specific ionic form.
– Calculation of the atomic and ionic weights of the elements.
– Calculation of the ratio of the atomic weights.
– Calculate the standard atomic mass.
– Atomic mass is shown with the specific symbol.
– Ionic mass is shown with the specific symbol.
– Standard atomic mass and atomic mass units.
– The standard atomic mass is displayed with the specific symbol.
– The atomic mass units are shown with the specific symbol.
– Calculate the ratio of atomic masses.
– Ionic mass and ionic mass units.
– Calculation of the formulas of the elements.
– Calculation of the molecular formulas of the elements.
– Calculation of the atomic formulas of the elements.
– Calculation of the molecular formulas of the elements.
– The element formulas are displayed with the specific atomic and ionic formulas.
– Use the formulae for calculating the molecular weight of the elements.
– Use the elements values from the periodic table.
– Use the element values from the periodic table from ChemDraw.
– Adding multiple selected elements from the periodic table.
– Enter the formula of the chemical element in order to view it.
– Enter the name of the chemical element in order to view it.
– Enter the formula of the chemical element in order to view it.
– Enter the name of the chemical element in order to view it.
– Enter the formula of the chemical element in order to view

What’s New in the MoleCalc?

MoleCalc consists of 2 parts: the graphical user interface and the matrix algebraic routines.
The interface shows the chemical formula of the chemical element.
You can also select to edit the molecular structure of the chemical element from a drop-down menu.
Each element of MoleCalc comes with the formula, the molecular weight and the standard reduction formula.
The standard reduction formula can be used to reduce most of the atomic masses of the element.
MoleCalc – Use the Matrix Algebra:
MoleCalc supports the use of matrix algebra to calculate the molecular weight of an element.
Use the Mu=A*Z or Mu=A+Z-2/A+Z-2 mathematical notation to solve for the molar mass.
You can combine multiple elements in one Mu.
Note: A=1, Z=2, A+Z=1+2=3, A+Z-2=1+2-2=1.
MoleCalc – Run MoleCalc in batch mode:
MoleCalc can be used in the batch mode.
This mode will perform all the operations and calculations in memory, which gives the best results.
MoleCalc – Memory use:
MoleCalc is a highly scalable application.
It is able to calculate the molecular weight of any number of elements at once.
MoleCalc stores the molecular weights of many elements and the standard reductions in memory.
MoleCalc is able to use a minimum of 10 MB of RAM.
When you enter an element that you want to calculate the molecular weight of, MoleCalc will look for the data in the memory location.
The new elements will be added to the memory table.
MoleCalc – Scalable Methods:
MoleCalc uses a combination of analytical and numerical methods.
There are 2 methods that are used to calculate the molecular weight of the chemical element:
1. Matrix method. The matrix method works on a vector of molar masses.
2. Standard reduction method.
MoleCalc provides two methods to solve for the molecular weight of the chemical element:
1. Mu=A*Z.
2. Mu=A+Z-2/A+Z-2.
The first method is the generalized matrix algebra, which allows you to calculate the molar mass of the chemical element using the Mu=A*Z or Mu=A+Z-2

System Requirements:

Windows 7 (32-bit) / 8 / 10 (32-bit) / 7 / 8.1 (64-bit) / 10 (64-bit)
Intel Core 2 Duo 2.2GHz / AMD Athlon 64 X2 2.1GHz
4 GB RAM
2 GB available hard disk space
DirectX 9.0c compatible video card with a 1024×768 resolution (1024×768 recommended)
Input devices: Dual analog gamepads or keyboard + mouse
Internet connection for online features
Key features

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