what is the pH level of glucose, rubidium, potassium, and cesium?
109387
Maybe you are referring to aqueous solutions of these species? If so, then a solution of glucose will be pH 7 since it does not have any proton or hydroxide to change the neutral pH of water. As for solutions of the rubidium, potassium and cesium IONS, they can accept hydroxide from water if they are stable enough to form the metal hydroxide or if they convert to metal oxides. That means hydrogen ions are also formed and this makes the solution acidic, and hence the pH drops. But large cations like Rb and Cs do not readily take in hydroxide owing to the low polarizability of the cations (see me winking here ;p  ), unlike the small K ion. So, with these clues, can you now find out by yourself the answer to your question? Don't we just love chemistry!
265334
look here\n\nhttp://webbook.nist.gov/chemistry/
1168891
The balanced solution is nothing else than a special physiological salt solution.  Near the sodium chloride it generally contains CaCl2, KCl, potassium and sodium-phosphate, Mg-salt(chloride or sulphate), sodium hidrocarbonate.\nAs additional component it may contains some glucose and/or phenol red as a pH indicator.
409660
235 Uranium + 1 neutron --> 140 Cesium + 93 Rubidium + 3 neutrons
941931
potassium iodine\nyeah, potassium iodide\nperson below me is right
778216
the alkali earth metals are Be,Mg,Ca,---etc. there valance electrone is +2\nso there hydroxides are\nBe(OH)2\nMg(OH)2\nCa(OH)2\n---\n--etc
908306
shouldn't you be doing your homework? all you need is the normal ranges for the pH, PCO2, PaO2, and bicarb to interpret this.
842680
2 KBrO3 + 3 N2H4 -> 2 KBr + 3 N2 + 6 H2O\n\nYou can check by finding out the total number of atoms of both sides:\n 2 Potassium\n 2 Bromine\n 6 Oxygen\n 6 Nitrogen\n12 Hydrogen
797121
The answers are KCl, CaF2, and Na2O. Potassium has one electron on the outer ring while chlorine has seven. To make chlorine's ring "full" potassium gives the one electron to chlorine. They are "happy" now. :) That's what my science teacher told me. He's weird.
278991
AtoName of Element : Cesium \nSymbol of Element : Cs \nAtomic Number of Cesium : 55\nAtomic Mass: 132.90546 amu \nMelting Point: 28.5 °C - 301.65 °K \nBoiling Point: 678.4 °C - 951.55005 °K\nNumber of Protons/Electrons in Cesium : 55\nNumber of Neutrons in Cesium : 78\nCrystal Structure: Cubic \nDensity @ 293 K: 1.873 g/cm3 \nColor of Cesium : silvery-white
1118024
Acidic \n\nbelow 6 acidic above 7 basic
140463
Cs (cesium) has  an atomic radius of 2.67 angstroms
894812
breathing, urea, ion content, temperature, water, sugar content (sorry , don't know the scientific terms)
160963
K2SO4 ---> 2K+  +  SO4-\n\nHCl ---> H+  +  Cl-\n\nNaHCO3 ---> Na+  +  HCO3-\n\nNH4OH ---> NH4+  +  OH-\n\nBaCl2 ---> Ba-2  +  2CL-\n\n(NH4)3PO4 ---> 3NH4+  +  PO4-3
262869
Atomic Number: 47 \nAtomic Mass: 107.8682 amu \nMelting Point: 961.93 °C (1235.08 K, 1763.474 °F) \nBoiling Point: 2212.0 °C (2485.15 K, 4013.6 °F) \nNumber of Protons/Electrons: 47 \nNumber of Neutrons: 61 \nCrystal Structure: Cubic \n\nNumber of Energy Levels: 5 \n\nFirst Energy Level: 2 \nSecond Energy Level: 8 \nThird Energy Level: 18 \nFourth Energy Level: 18 \nFifth Energy Level: 1
133368
Normal ph level is 7.35-7.45
378003
pH for a salt of strong base and weak acid is given by:\n         pH = 7 - (1/2)pKb - (1/2)log C\nwhere pKb = dissociation const of strong base\n       C  = concentration of Acid.\n\nKb = Kw / Ka = (10^-14) / (6.5 x 10^-5) = 1.53x10^-10\npKb = -log (1.53x10^-10) = 9.8154\nlog C = log 10^-1 = -1\n\npH = 7 - (1/2)x 9.8154 - (1/2)x-1\n   = 7 - 4.9077 + 0.5\n   = 2.5923