Solution for 5. (P19) A nucleus of element 114 is produced by fusing calcium - 48 with plutonium-244. Write the reaction equation assuming three neutrons are…

Solution for The artificial element 114 (flervium) was created in in Russia in 1998. It has an atomic number of 114 and a lifetime of less than a minute.

The artificial element 114 (flervium) was created in in Russia in 1998. It has an atomic number of 114 and a lifetime of less than a minute.

A hypothetical element (X) has an atomic mass of 114.9 g/mol and crystallizes with a Body Centered Cubic unit cell. The radius of an atom of the element is 149 pm. Use this information to calculate the theoretical density of element X in g/cm 3. 1 picometer (pm) = 1×10 −12 meters

The artificial element 114 (flervium) was created in in Russia in 1998. It has an atomic number of 114 and a lifetime of less than a minute. What is the electronic configuration of this element?_____To which group does it belong? Group 14 What two cations are expected for this element? +2 and +4

There have been some predictions that element 114 willbe relatively stable in comparison with many other elements beyond uranium in the periodic table. Predict themaximum oxidation state of this element. Based on thetrends in the oxidation states of other members of itsgroup, is it likely that this oxidation state will be thedominant one?

it has been suggested that element 114 has unusual stability, bu 114 is not a magic number. what is a possible neutron number for this element

Using only the periodic table below, write the expected ground-state electron configurations for a.) the third element in Group 7A. b.) element number 114. c.) an element with three unpaired electrons. d.) the halogen with electrons in the 6p atomic orbitals.

An element has 76 protons, 114 neutrons and 73 electrons. Identify the element and the charge on it. Use the periodic table.

A hydrocarbon has a MW of 114 g/mol and has a composition of carbon 84.06% and hydrogen 15.94%. What is its (a) empirical formula (b) true formula? C H Mass of element (in g) (assuming 100 g of compound) 1._84.06_ 2._15.94__ Moles of element 3._____ 4._____ Moles of element/Smallest moles 5._____ 6._____ Multiplier 7._____ 7._____