cell, nucleus, chromosome, DNA, nucleotide
Yes, ascending typically refers to arranging items in order from smallest to largest. When numbers or values are in ascending order, they increase in magnitude as you move from left to right. This is the opposite of descending order, where items are arranged from largest to smallest.
There are an infinite number of them.Here are a few to get you started in your search.They're arranged in order, from largest to smallest.9.99.099.0099.0018.87.76.626.616.05.9999995.85.15.00015.000015.0000015.00000014.99999994.9999994.999994.99994.9994.994.94.894.884.03.02.01.00.90.80.7000000010.700.10.010.0010.0001..etc.
There are millions and billions of them.In fact, there are an infinite number of them.Here are ten, arranged in order of size from smallest to largest, to get you started:0.710.720.7210.72110.7290.72990.730.740.7400000000010.74000000001
Smallest = 94999.5 Largest = 95000.5
The smallest is 11 and the largest is 97.
In order from smallest to largest these are arranged: 0.02 0.19 0.2
AsiaAfricaNorth AmericaSouth AmericaAntarcticaEuropeAustralia
AustraliaEuropeAntarcticaSouth AmericaNorth AmericaAfricaAsia
they aren't ranged from biggest to largest
Karyotype
The range is the difference between the largest and smallest observations.
AsiaAfricaNorth AmericaSouth AmericaAntarcticaEuropeAustralia
A monotonic increasing series.
median
carbon atom, monomer, macromolecule, and polymer.
AsiaAfricaNorth AmericaSouth AmericaAntarcticaEuropeAustralia.
From largest to smallest, nucleic acid structures are organized as follows: chromosome, chromatin, DNA double helix, DNA strand, gene, and nucleotide.