1. A solution containing 2.9 g of Fe(OH), was added to a solution containing 6.7 g of
H, SO2. Using the following equation calculate the following.
2Fe(OH)3 + 3H2SO4 ---> Fe(SO2)3 + 6H,0
A. What is the limiting reactant in this problem?
B. What mass of each product is produced if the reaction is allowed to go to
completion?
C. What is the excess reactant and how much is left over when the reaction is
complete? (in grams)
D. What mass of the limiting reactant would you need to make the excess be
removed? (in grams)
E. What mass of H, O can be made from 3.76 moles of Fe(OH),?

Si una estrella no tiene paralaje medible, ¿qué puedes inferir?

Listen base your answer to the question on the information below.propane is a fuel that is sold in rigid, pressurized cylinders. most of the propane in a cylinder is liquid, with gas in the space above the liquid level. when propane is released from the cylinder, the propane leaves the cylinder as a gas. propane gas is used as a fuel by mixing it with oxygen in the air and igniting the mixture, as represented by the balanced equation below.c3h8(g) + 5o2(g) → 3co2(g) + 4h2o() + 2219.2 kja small amount of methanethiol, which has a distinct odor, is added to the propane to consumers detect a propane leak. in methanethiol, the odor is caused by the thiol functional group (–sh). methanethiol, ch3sh, has a structure that is very similar to the structure of methanol.what is the correct structural formula for a molecule of methanethiol

An alkaline battery produces electrical energy according to the following equation. zn(s) + 2 mno2(s) + h2o(l) zn(oh)2(s) + mn2o3(s) (a) determine the limiting reactant if 17.5 g zn and 31.0 g mno2 are used. (type your answer using the format ch4 for ch4.) (b) determine the mass of zn(oh)2 produced. _ g