The organelle that you would expect to find in a plant cell but not animal cell is the centrosomes.
Regions with ample resources, job opportunities, and infrastructure are likely to urbanize as the population increases. Coastal areas, major metropolitan areas, and areas with high agricultural productivity tend to experience rapid urbanization due to the concentration of people and economic activities. Additionally, regions with good transportation networks and access to education often attract urban growth.
If an individual has abnormal microtubules due to a hereditary condition, you might expect dysfunction in cells that require proper microtubule function for their normal activities. This could affect processes such as cell division (resulting in issues with growth or development), intracellular transport (impacting various cellular functions), or cilia function (leading to respiratory or reproductive issues). Organ systems most commonly affected include the nervous system, reproductive system, and respiratory system.
punnett square
The kind of animal you would expect to find in a shooting gallery might vary. However, it is animals that are relevant to hunting experience like dogs, deer, antelopes and many more.
In a country with zero population growth, you would expect to find a stable population size where the number of births equals the number of deaths. This would mean the population is not increasing or decreasing over time.
low and rising
Increase
what kind of correlation would you expect to find between a city's annual and the size of its population
ummm why do u expect me to know if you don't
I would expect them to have no effect on Goldfish whatsoever.
Physicians expect to find increasing levels of lactate dehydrogenase (ldh).
i thing primary consumers
no
you would expect that the populations of animals are increasing or decreasing or because of no rainfall the plants will get dried.
Equal fitness in a population
I would expect an object with a large mass to require the most force to move because more force is needed to overcome the inertia of the object.