2nd one
Elements vary in their ability to conduct electricity. From most conductive to least conductive in relative terms are (all figures are measured in cm ohm) silver at 0.63 10^6, copper at 0.596 10^6, and gold at 0.452 10^6.
Kingdom, Phylum, Class, Order, Family, Genus, Species Kiwis play cricket on flat grassy surfaces. in decreasing order
To determine the correct order of structures by decreasing size, one typically arranges them from the largest to the smallest. Generally, the order would be: galaxy, star cluster, star, planet, and finally, moon. This hierarchy reflects the scale of cosmic structures, with galaxies being vast collections of stars and planets, while moons are smaller bodies orbiting planets.
In order of decreasing hardness, the minerals are corundum, feldspar, apatite, calcite, and talc. Corundum is the hardest among them, followed by feldspar, then apatite, with calcite being softer, and talc as the softest. This order reflects their positions on the Mohs hardness scale.
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The rank of the following radicals in order of decreasing stability is as follows: benzyl radical allyl radical methyl radical.
The correct order according to decreasing size of structures is organism > organ system > organ > tissue > cell > organelle > molecule.
Elements vary in their ability to conduct electricity. From most conductive to least conductive in relative terms are (all figures are measured in cm ohm) silver at 0.63 10^6, copper at 0.596 10^6, and gold at 0.452 10^6.
A single number cannot be compared. Also, it will always be in a correct order - increasing or decreasing!
K. Cu. Cl
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Observation, hypothesis, experiment
Kingdom, Phylum, Class, Order, Family, Genus, Species Kiwis play cricket on flat grassy surfaces. in decreasing order
The correct order from largest to smallest sediment particles is gravel, sand, silt, and clay.
WHAT numbers.
To determine the correct order of structures by decreasing size, one typically arranges them from the largest to the smallest. Generally, the order would be: galaxy, star cluster, star, planet, and finally, moon. This hierarchy reflects the scale of cosmic structures, with galaxies being vast collections of stars and planets, while moons are smaller bodies orbiting planets.
In order of decreasing hardness, the minerals are corundum, feldspar, apatite, calcite, and talc. Corundum is the hardest among them, followed by feldspar, then apatite, with calcite being softer, and talc as the softest. This order reflects their positions on the Mohs hardness scale.