Describe the four description. 4. laws of thermodynamics. Where possible, use an equation in your OX
What is the total number of stereoisomers possible for the compound shown above? ci OH ci O 6 O 8 O 4 O 16 O 3
An unknown compound has the following chemical formula: Mg(OH), where x stands for a whole number. Measurements also show that a certain sample of the unknown compound contains 6.50 mol of oxygen and 3.2 mol of magnesium. Write the complete chemical formula for the unknown compound.
BH2 OH CI OH CI 1. Eto La 2. BH,/ox A B с m HO OET 1. Br / uv 2. Eto Br F G - H J Which product will form when the starting materials given above are subjected to the 2-step sequence shown? Give the letter for the final product. Top Reaction (enter A-E) Bottom Reaction (enter F.J)
4- Find Oxidized -Reduced and number of electrons: a) 3Ba + N ----------> Ba N OX: RE: Electrons: + b) 3Ba > BazN 2AIN + 2Al Ox: RE.
Consider the compound [PtBr2(en)(ox)] (en = ethylenediamine; ox = oxalate). (a) Draw the structures to represent all of the possible isomers. (b) Describe the type of isomerism which links the different isomers.
Please list the max number of stereoisomers possible for this compound. Thank you! Max. number of LOH TOH OH OH here would be a number of stereoler
3. There are an infinite number of possible normal distributions and we use the formula z = (x - m)/ s where m = mean and s = standard deviation, to convert values from any normal distribution to the standard normal distribution. We then calculate the answer in terms of the standard normal distribution and say that the answer we got is also the answer for the normal distribution we were working with. Why are we allowed to do that?...
dy dy dx2 dx tycos(ox 8) Solve: 47+d7+y - cos(ox) Find the amplitude of the steady-state solution (after transients have died down) in terms of w. The find the value of that makes the amplitude as large as possible. dy dy dx2 dx tycos(ox 8) Solve: 47+d7+y - cos(ox) Find the amplitude of the steady-state solution (after transients have died down) in terms of w. The find the value of that makes the amplitude as large as possible.
2. The chemical formula for biotite is K2Mg2ASİ,01 (OH) 2 Calculate the coordinator number for K. Using the table identify the positions of the K number of O ions surrounding the K ion? and O ions. Does your predicted value agree with the r minerals in the earth's crust are the silicate minerals. The basic building block for the silicate minerals is the silica tetrahedron. The tetrahedrons can be arranged in different ways to create the various classes of silicate...