Question

NH reacts with co to give
urea according to following reaction:

2NH3
+ co2=(NH2)2CO+H2O




If 637.2 gm of NH3 is treated with 1142 gm of co₂
a) Identify the limiting reagent
b) Calculate mass of urea [(NH₂)CO) formed​

Answer 1

Answer:

hope the ans is  correct

Explanation:

Answer 2

Answer:

Answer:

Explanation:

River- depositional- delta, earthern banks

- Erosional- rapids, gorges,

meander, plunge pools, spurs

Wind- depositional- Dunes(barchan,

seif), loess

-erosional- mushroom rock, zeugen, yardangs, mesas, inselberg

Sea waves - depositional- beach, spits,

bars

- Erosional- cliff, arch, cave, stack, stump, geo, gloup

Groundwater- erosional- sink holes, dolines, polje

- depositional- stalactites, stalagmites

Glacier- Erosional- Roche moutonnee, crag and tail, glacial till, erratics, drumlins, eskers

- depositional- moraines, outwash plains, fjordsAnswer:

Molar mass of H3PO4 = 97.99

Explanation:

Equivalent weight = molar mass ÷ n factor

99.99/3 =33.33