John Colter<span> was a pioneer, trapper and a veteran of the War of 1812, surving an ... In 1803, Colter enlisted in the Lewis and Clark Expedition as a private with a salary ... of Yellowstone to the rest of the party, and though </span>most<span> were skeptical of his ... Also, a previous version of this </span>story<span> indicated that his body laid in the cabin</span><span>,</span>
The area which has the biggest problem in clean drinking water at present is "Mexico City." There's a blog that presents how Mexico is suffering now in lack of source of water in the country. Each drop of water is big heroic tragic. Mexico's source of water is located in <span>Cutzamala located 120 kilometers from the Federal District. It is the largest reservoir system of Mexico.</span>
something that causes a state of strain or tension.
Trade and commerce increase in the Europe during the Middle ages caused effective development of towns and cities. Medieval cities were made possible because of productivity, trade, exchange of products and money. Most businesses nowadays like companies and banks which store the money made in countries had their fair share of history that rooted in the Middle ages.
This is the answer I got from another Brainly user by the name of "Hagrid".
Answer:
The production system is <em>Continuous-flow manufacturing</em>
Explanation:
Continuous-flow production, or repetitive-flow production, is a discrete manufacturing strategy that juxtaposes with batch production.
This is correlated with the just-in-time production strategy and calls for continuing review and enhancement efforts that eventually involve all components of the production system to be integrated.
The objective is a production line that is efficiently controlled with very little waste, the lowest possible expense, on-time and defect-free production.
Typically <em>this approach is enforced in discrete manufacturing as an ongoing effort to manage manufacturing portions consisting of discrete product units in a flow that is found more naturally in process manufacturing.</em>