Based on the Law of Conservation of Mass, predict the minimum amount of magnesium that will react with all 16.0 grams of oxygen to produce 40.3 grams of magnesium oxide. need help

Question

03-11-2017
Chemistry

contestada

Based on the Law of Conservation of Mass, predict the minimum amount of magnesium that will react with all 16.0 grams of oxygen to produce 40.3 grams of magnesium oxide. need help

Respuesta :

Otras preguntas

Read the passage from A Doll's House. How does the author use the character of the nurse to Nora: Nurse, want you to tell me something | have develop the social

A phone company offers a monthly cellular phone plan for $25. The plan includes 250 anytime minutes, and charges $0.20 per minute above 250 min. Write a piecewi

To which subsets of the Real Numbers does square root of 36 belong.

Rasberry Crazy Ants, a species found in wall sockets, cellphones, and television sets are slowly spreading across Texas and are poised to spread across the enti

suggest why a plant cell in 0.10 mol dm salt solution will not burst

16t^2 + 48t + 160 =0

Nicki dashed up the shore and into the forest, not stopping to think. She could feel the footsteps behind her, the nameless thugs whose loyalties could be bough

can someone please help mee

Goods costing $2,300 are purchased on account on July 15 with credit terms of 2/10, n/30. On July 18, a $100 credit memo is received from the supplier for damag

mylifeizamess62 mylifeizamess62 · Answer 1 · 2017-11-03T07:35:39+01:00

mylifeizamess62 mylifeizamess62

03-11-2017

There are 6.002 x 10^23 atoms in 40.3 g of MgO

Number of atoms in 1 gram=
1.48933003 x 10^22

Number of Magnesium atoms=
1.48933003 x 10^22 x 24.3

=36.190719729 x 10^22

Number of moles= 0.0276319425 moles

Answer Link