Biology, 29.01.2021 14:00 cybilmariejensen
A chemist reacts 97.13 g of Sn(NO2)4 and 75.44 g of Pt3N4 as shown below.
Sn(NO2)4 + Pt3N4 --> Sn3N4 + Pt(NO2)4
Part a) Calculate the maxium mass of Sn3N4 that can be produced.
Part b) Identify the limiting reactant.
Part c) Calculate the maximum mass of Pt(NO2)4 that can be produced from this reaction.
Part d) When complete, the reaction actually produced 106.53 g of Pt(NO2)4. Calculate the percent yield.
Select all answer choices that apply to questions a-d.
Note: calculated values are rounded to 2 decimal places.
Group of answer choices
Pt3N4
44.08
87.58
133.8
48.49
117.18
121.64
Sn(NO2)4
Answers: 2
Other questions on the subject: Biology
Biology, 21.06.2019 18:00, shelbyo1123
The phlogiston theory in the 17th century attempted to explain burning. the theory stated that combustable objects contained a material called phlogiston, a substance without mass, color, odor, etc. after objects burned, the objects were dephlogistonated and were then in their true form. the phlogiston theory was accepted until the 18th century, when lavoisier proved that combustion requires a gas that has mass. phlogiston is considered a) to be scientific knowledge b) not to be scientific knowledge c) to be proven by scientific method d) to be accepted in the modern scientific community
Answers: 2
Biology, 23.06.2019 04:00, milamdaniela
The rainforest alliance is a program sponsored by several governments of countries with rainforests. select the best answer from the choices provided t f
Answers: 2
You know the right answer?
A chemist reacts 97.13 g of Sn(NO2)4 and 75.44 g of Pt3N4 as shown below.
Sn(NO2)4 + Pt3N4 --> S...
Questions in other subjects:
History, 02.04.2020 01:30
History, 02.04.2020 01:30
English, 02.04.2020 01:30
Mathematics, 02.04.2020 01:30
History, 02.04.2020 01:30
