2 years ago

How do you solve this

Chemistry

2 answers:

denpristay [2]2 years ago

4 0

Answer:

Explanation:

You simply have to multiply it by the molar mass =

m = 50mol SnSO4 x 214.773 g/mol

m = 10.738 g SnSO4

Kruka [31]2 years ago

4 0

Answer:

Mass of 50 moles of tin(II) sulfate is 10,738 grams.

Explanation:

$n=\frac{m}{M}$

Where:

n = moles of compound

m = mass of compound

M = molar mass of the compound

Moles of tin(II) sulfate , n= 50 moles

Molar mass of tin (II) sulfate , M= 214.77 g/mol

m = n × M

$m=50 moles \times 214.77 g/mol=10,738 g$

Mass of 50 moles of tin(II) sulfate is 10,738 grams.

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Bromine (Br) belongs to the halogen family. Based on the location of the halogens, how many valence electrons does bromine have?

Amanda [17]

Answer:

D. 7

Explanation:

The halogens are found in Group 7 of the Periodic Table. If Bromine is a halogen, then that means it would be found in Group 7. Also, elements in Group 7 have 7 electrons in its outer shell, Bromine would have 7 electrons in its outer shell.