Question
Assume that a reaction occurs in which unknown substances R and S react to form unknown substances T and U. From the information below, determine the mass of substance T that will be formed if 45.0 grams of substance R reacts with 23.0 grams of substance S. (Assume that the reaction between R and S goes to completion.) (20 points)
1.Substance R is a gray solid that consists of an alkaline earth metal and 37.5% carbon by mass. A sample of substance R that contains 4.0 x 1019 formula units has a mass of 4.26 milligrams.
2.47.9 grams of substance S contains 5.36 grams of hydrogen and 42.5 grams of oxygen.
3.When 10.0 grams of substance T is burned in excess oxygen, 33.8 grams of carbon dioxide and 6.92 grams of water are produced. Mass spectrometry determined the molar mass of substance T to be 26 g/mol.
4.Substance U is the hydroxide of the metal in substance R.
1.Substance R is a gray solid that consists of an alkaline earth metal and 37.5% carbon by mass. A sample of substance R that contains 4.0 x 1019 formula units has a mass of 4.26 milligrams.
2.47.9 grams of substance S contains 5.36 grams of hydrogen and 42.5 grams of oxygen.
3.When 10.0 grams of substance T is burned in excess oxygen, 33.8 grams of carbon dioxide and 6.92 grams of water are produced. Mass spectrometry determined the molar mass of substance T to be 26 g/mol.
4.Substance U is the hydroxide of the metal in substance R.
Answers
Related Questions
7. An unknown compound, C8H14, is optically active. Hydrogenation of the unknown
yields 4-methylhep...
If 0.1g of Unknown chloride reacts with 0.164 g of AgNo3 to form 0.05g of Agcl and unknown Nitrate.H...
Column A
1.
Unknown 1:
Unknown 1
2.
Unknown 2:
Unknown 2
3.
Unknown 3:
Unknown 3
4.
Un...
Imagine you are in a laboratory. You are exploring the following reaction: A + B → C
When the pro...