When copper was fiirst discovered it was used to make pots and pans for cooking. Now copper is no longer used to make pans/pots as there are more efficient materials and copper is now mainly used to make wires.
Copper is used for electrical conductors, pots, pans, pennies, phones, and electricity.
copper
copper doesn't collect residue, and conducts heat into the inner pot very quickly
Yes. Adding aqueous ammonia to copper with dissolve the copper in this reaction: Cu (s) + 2NH4OH (aq) > Cu(OH)2 (s) + 2NH4+ (aq)
No plants are good to grow in pots
A lot of plants don't like copper. So it can kill some plants
Copper pots should be lined before they are used for plants. Copper can be absorbed by the roots of the plant and can kill the plant. Copper pots used outside may develop a green patina from oxidation.
Of course pea plants can grow in pots, but be warned make sure you dont overcrowd your pot and give it something to climb up on..
Most real copper pots/pans will have a copper bottom. It will be a different color than the rest of the pot.
Steel, Copper and Aluminium pots
How petunia plants grow totally depends upon the amound of sun, water and fertilizer they receive.
Potting soil is a manufactured recipe of the required contents of the compost needed to grow plants in pots.
Because you need to verify that the variable being tested is actually what made the difference. Imagine that you were testing the theory, "If I put plants in red pots, they will grow." So as a test you put plants in red pots, and they grew. That's only half of the experiment, though, because if you put plants in green pots and they also grew, then the red pots don't change anything. In this case, the plants in green pots are the control group. In order to prove that the color of the pots mattered, you would need to do two sets of tests, one without the red pots.
Copper has been used for thousands of years. Ancient civilizations used copper. The old kingdom of Egypt had copper tools, jewelry, and pots. This was 7,000 to 5,000 years ago.
Pots and pans
They are too acidic