BRCI_3 decomposes into highly toxic gases according to the equation below. Which of the following is correct? 2BrCl3(1) → 3Cl, (g) + Br2(g) The number of moles of Cl_2 formed is less than the moles of BrCl_3 reacted. The number of moles of CL_2 formed is two-thirds of the moles of BrCl_3 reacted. Three moles of CL_2 are formed. All of these None of these

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BrCI_3 decomposes into highly toxic gases according to the
equation below. Which of the following is correct?|
2BrCl3(1) → 3C12(g) + Br, (g)
The number of moles of Cl_2 formed is less than the moles of BrCl_3
reacted.
The number of moles of Cl_2 formed is two-thirds of the moles of BrCl_3
reacted.
O Three moles of CL 2 are formed.
All of these
O None of these
Transcribed Image Text:BrCI_3 decomposes into highly toxic gases according to the equation below. Which of the following is correct?| 2BrCl3(1) → 3C12(g) + Br, (g) The number of moles of Cl_2 formed is less than the moles of BrCl_3 reacted. The number of moles of Cl_2 formed is two-thirds of the moles of BrCl_3 reacted. O Three moles of CL 2 are formed. All of these O None of these
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