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This will depend greatly on where you live and what the going rate is in your area. Go online and search for other pet sitters in your area to see what they are charge and be competitive with their rates. You do not need to be the lowest just b/c you are new. Many times, the lowest is not the best. Charge what you feel your time is worth.
Across the period, the total number of shells remain the same. But, atomic number, i.e., no. of protons and electrons goes on increasing. Protons (positively charged) present in the nucleus exert a nuclear charge towards the electrons (negatively charged) present around the nucleus, and pull the shells toward the nucleus. Hence, when no. of protons increases, nuclear charge also increases and hence it pulls the shells with greater force, and shells get closer to the nucleus. Hence, across the period, atomic size, or the radii go on decreasing.
The lowest energy release in a supernova is about 1.5E44 Joules, the highest energy release in a nuclear explosion (i.e. the Soviet Tsar Bomba of 1961) was about 2.17E17 joules (although significantly larger yields are possible, nobody has seen any reason to build one).This is 27 orders of magnitude between the smallest supernova and the largest nuclear explosion that was ever done!!!
The lowest energy release in a supernova is about 1.5E44 Joules, the highest energy release in a nuclear explosion (i.e. the Soviet Tsar Bomba of 1961) was about 2.17E17 joules (although significantly larger yields are possible, nobody has seen any reason to build one).This is 27 orders of magnitude between the smallest supernova and the largest nuclear explosion that was ever done!!!
Infrared has the lowest energy per photon.Infrared has the lowest energy per photon.Infrared has the lowest energy per photon.Infrared has the lowest energy per photon.
Cost-effective is the principal of going for the lowest cost.
The energy sources from highest to lowest percentage are as follows: Coal Nuclear Hydroelectric
they should charge just enough but not too much
nuclear fusion would not occur
nothing is free of charge,but we have the lowest charge with a great service
No, ionisation energies change depending on which element you look at and which ionisation (i.e. 1st, 2nd, 3rd...) you are taking about. For example, as you go across period 3, the 1st ionisation energy generally increases. - sodium (Na) has the lowest I.E.* as it has the lowest nuclear charge *[actual value is 494 KJ/mol ] - magnesium (Mg) has a higher I.E.* than sodium as it has a higher nuclear charge *[actual value 736KJ/mol] - Aluminium drops* below Mg but still higher than Na, this is because although the nuclear charge is greater the 1st electron is being taken from the 3P orbital as opposed to the 3S orbital. This means that the electrons distance from the nucleus is further (so lower attraction). *[actual value 577KJ/mol] The trend increases from there except from Si to Cl [1060 to 1000KJ/mol], but I think you get the idea. The I.E. is dependant on 1. Shielding 2. Distance from the nucleus 3. Nuclear charge
You will have to specify if you are talking about projectile weight or powder charge.
My ex had the same charge. It seems to be at least in Oregon. The lowest assault charge with a probation violation attacted to it.
prime rate
The ones with the lowest mass. The lowest-mass red dwarves can continue producing power (via nuclear fusion) for 10 trillion years or more.
Pauli's Exclusion Pricipal.A single orbital can only hold 2 electrons.Hund's Rule.The most stable arrangement of electrons is that with the maximum number of unpaired electrons,all with the same spin direction.Aufbau Principle.Electrons fill the lowest energy subshell first before moving to the next subshell.
These people were called Groundlings.