Answer to Question #78785 in Inorganic Chemistry for ali musa




 Atoms prefer to have a filled outermost shell because this makes them more
Answer  
Atoms prefer to have a filled outermost shell because this makes them more stable.  
Atoms react with each other to get the most stable state possible. A filled outermost shell (a  
complete octet for s- and p-elements) is very stable because all orbitals are filled with  
electrons. Stability of an atom is connected with its energy. Atoms with greater stability have  
less energy. We can see this in chemical reactions: a reaction that increases the stability of the  
atoms will release energy in the form of heat or light.
more like retain oxygen intake /efficiency. yes they love chocolate but prefer licorice alsorts. an alloy is combination of a metal and a non metal. so it has partial characteristics of metal and non metal. being analloy the ions it it are randomly arranged. it does not have a specific arrangement of ions. hence the flow of electrons in this is more. the this feature of alloy leads to increase in resistivity due to free crystal lattice. we know that metals have high melting point but an alloy has low melting point beacause the presence of a non metal in it behaves as an impurity and restricts in raising to high melting point. due to high melting point the it takes a lot of current to melt and leads in slow movement of electrons which makes the device less efficient. therefore electronic device requires the metal of low melting point. an alloy plays the best role in the elctronic device like electric iron and heater. probably because your body still associates interacting with him with better times. when you guys were together and everything was still peachy-keen. (ie. when you were still seeing things through rose coloured glasses.) it's better dear student,

atomic radii in general decreases left to right in a period and
increases down the group
order of atomic radii is p >s > c > n
decrease in atomic radii on moving from c to n and p to s in a
period is because as we move left to right in a period as the
number of electron increases the number of protons in the nucleus
also increases due to which the valance shell electron experience
greater effective nuclear charge ; therefore more strongly pulled
by the nucleus , thus decreasing their sizes shielding effect
decreases in the order s > p > d orbital electrons s orbital
electrons have greater shielding effect on the nucleus on moving
left to right in a period shielding effect is operable but is same
across a period, therefore here we consider only the increase in
the effective nuclear charge experienced by the valance shell
electrons

regards if you want it cleaner you have to use more particles.

try with the vanilla emitter helppatch whats the particle max for your system.

test it adding one component at a time to find out what causes the particlesystem to not funktion any more. meristematic
tissues
permanent tissues


1 meristematic tissues have the capacity
to divide
1 permanent tissues do not have the
capacity to divide


2 they have thin cellulose wall and do
not have intercellular spaces
2 they have thick cellulose wall and they
do have closely packed or small intercellular spaces


3 they contain dense cytoplasm with
prominent nucleus
3 they contain thin cytoplasm with normal
nucleus


4 they contain many small vacuoles in
their cytoplasm
4 they contain a single large vacuole in
their cytoplasm **Hint—**  Vacuoles not only store many important substances, they also contain cell sap that give turgidity to cell element b will be nearer to the top of the activity series of metals, if in nature, metal a is found in a free state while metal b is found in the form of its compounds.