Question

Your first post will be about one of the following topics: how stoichiometry is used
in formulating airbags, producing contrails, or formulating rocket engines .It must
be a minimum of 1 paragraph (at least 6-8 complete sentences), use lesson
specific vocabulary, and be classroom appropriate.

Answer 1

Stoichiometry is used in formulating airbags that shows relationship between product and reactants.

How stoichiometry is used in formulating airbags?

The quick chemical decomposition of solid sodium azide (NaN3) that allows the air bag to inflate fast at any time when the car hit anything. The decomposition reaction is initiated in a car by a small ignition that occurs due to collision sensing mechanism. The nitrogen gas produced during the reaction inflates the air bag which protect the person in the car.

So we can conclude that Stoichiometry is used in formulating airbags that shows relationship between product and reactants.

Learn more about stoichiometry here: https://brainly.com/question/14935523

#SPJ1

Answer 2

Stoichiometry is important in formulating airbags, producing contrails, or formulating rocket engines so as to ensure the required amount of products are formed.

What is stoichiometry?

Stoichiometry is the molar relationship between the reactants and products of a reaction.

It is the ratio in which moles of reactants of a reaction combine to form moles of products.

Stoichiometry is important in determining the amount of reactants required to produce a given amount of products.

For example, stoichiometry is important in formulating airbags, producing contrails, or formulating rocket engines in order to ensure the mass of reactants used is enough to produce the required products.

In conclusion, stoichiometry of  a reaction provides the knowledge about the amount of reactants required to form products.

Learn more about stoichiometry at: https://brainly.com/question/14935523

#SPJ1