4
3
3
p-sublevel
Explanation:
Arsenic is an element on the fifth group on the periodic table. Other elements in the group are Nitrogen, Phosphorus, Antimony and Bismuth.
The electronic configuration of Arsenic is given as:
1s² 2s² 2p⁶ 3s² 3p⁶ 4s² 3d¹⁰ 4p³
It has an atomic number of 33:
Number of electron containing orbitals = 4
it has four energy levels. It also belongs to the fourth period on the periodic table.
How many of the orbitals are completely filled = 3
The inner orbitals are completely filled i.e the first 3 orbitals.
Number of unpaired electrons = 3
They can be found in the 4p³ sublevel.
Sublevel where unpaired electrons are located = p-sublevel
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Answer:
One object could have more particles and greater total kinetic energy
Explanation:
The higher the temperature the more the particles. So, when we have high temperature, there is more particles interacting.
Temperature can simply be defined or gotten by taking the average of of the kinetic energy of the particles in the object that is the keywords here are TAKING THE AVERAGE KINETIC ENERGY
Thermal energy is the energy that can be gotten from adding up all the total kinetic energy of the particles in the object. So, the keywords here are; ADDING UP THE TOTAL KINETIC ENERGIES.
So, when two particles of the same temperature have the different thermal energy it means that One object could have more particles and thus having greater total kinetic energy.
According to the formula of KE.
KE = 1/2m • v^2.
Both of the variables of mass and energy m determines an object's kinetic energy. Assuming the mass of an object is held constant, the change in velocity, or velocity change will dictate the amount of kinetic energy that a particular object posses.
ok im not full sure man but i would say multiple voltaic cells that have spontaneous half reactions
im sorry hope it helps
Answer:
Es la tercera por qué cuando el material varía va cambiando de estado
Explanation:
