a company that manufactures cookware has conducted numerous trials to see which metal needs the least amount…

a company that manufactures cookware has conducted numerous trials to see which metal needs the least amount of energy (measured in joules, j) to be raised to high temperatures, and records the averages in a table.\n| metal | aluminum | copper | iron |\n| energy (j) | 0.90 | 0.35 | 0.44 |\n| cost ($/pound) | 1.00 | 5.00 | 0.10 |\nwhich claim will this company most likely make?\no aluminum pans are the most energy - efficient cookware.\no copper pans are the most energy - efficient cookware, but they cost the most.\no iron pans require less energy to heat up than copper frying pans, but they cost less.\no copper pans require the most energy to heat up.

a company that manufactures cookware has conducted numerous trials to see which metal needs the least amount of energy (measured in joules, j) to be raised to high temperatures, and records the averages in a table.\n| metal | aluminum | copper | iron |\n| energy (j) | 0.90 | 0.35 | 0.44 |\n| cost ($/pound) | 1.00 | 5.00 | 0.10 |\nwhich claim will this company most likely make?\no aluminum pans are the most energy - efficient cookware.\no copper pans are the most energy - efficient cookware, but they cost the most.\no iron pans require less energy to heat up than copper frying pans, but they cost less.\no copper pans require the most energy to heat up.

Answer

Brief Explanations:

By looking at the energy - values in the table, copper has the lowest energy requirement (0.35 J) among the three metals, indicating it is the most energy - efficient. Also, its cost per pound ($5.00) is the highest among them.

Answer:

Copper pans are the most energy - efficient cookware, but they cost the most.