The two factors that create the difference between the temperate forest biome and the taiga biome are as follows:
A biome may be characterized as a very large ecosystem that is consistently running in nature in an unmanaged way. In more simple words, it is defined as a very large area that is characterized by a particular type of vegetation. Some examples of biome may include tropical rainforests, coral reefs, grasslands, etc.
Taiga biomes are generally thick forests. Coniferous trees, such as spruce, pine, and fir, are common. These trees have needles instead of broad leaves, and their seeds grow inside protective, woody cones.
While temperate forests have deciduous trees which lose their leaves in winter, conifers never lose their needles. All such differences are created by numerous factors but temperature and precipitation are the most potent ones.
Therefore, temperature and precipitation are the two factors that create the difference between the temperate forest biome and the taiga biome.
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The temperate forest biome covers latitudes ranging approximately from the southern United States to southern Canada, while the taiga biome, also known as boreal forest, extends from the latitude of southern Canada to about 60 degrees north latitude. (see References 1, References 3) Thus, these two biomes are adjacent, which explains the many similarities between taiga and northern temperate forests. Both biomes have four distinct seasons, but the temperate forest climates cover a much wider range of temperatures and precipitation patterns. Taiga, in contrast, is reliably cold: most of the precipitation falls as snow, winters are severe and the growing season is short -- about 130 days compared to 140 to 200 days for temperate forests.
I don't quite understand what you're asking here. A Planet's axis and its name have nothing to do with each other from my understanding.
how to separate salt and sugar?
Answer:
How to Separate Salt and Sugar
-Consider a simpler, safer alternative for a science experiment.
-Add ethanol to your salt and sugar mixture.
-Mix the solution with a spoon or a stir stick to dissolve the sugar.
-Pour the alcohol solution through a very fine strainer, and into the new container.
The answer to the following answer would be C) mRNA
Lowers the amount of energy needed to perform chemical reactions
When you breath O2 passes into your blood stream while CO2 passes out of your blood stream
Involved with, but does not become a part of chemical reactions
Small molecules with no charge can move through semi-permeable membranes by this process
a. Enzymes
b. Simple Diffusion
c. Enzymes
d. Simple Diffusion
e. Osmosis
These are to match up
The given statements can be matched as following:
a)The diffusion of water from a high concentration to a low concentration - Osmosis
b)Lowers the amount of energy needed to perform chemical reactions- Enzymes
c)When you breath O2 passes into your blood stream while CO2 passes out of your blood stream-Simple Diffusion
d)Involved with, but does not become a part of chemical reactions-Enzymes
e)Small molecules with no charge can move through semi-permeable membranes by this process-Simple Diffusion
Explanation:
a) Osmosis is generally defined as the process by which water is transported from a region of Higher concentration to the region of Lower concentration.
b) Enzymes are well known to reduce the amount of energy required or needed for a chemical reaction to take place.
c)The process by which oxygen passes through our blood stream and carbondioxide passes through the other is known as simple diffusion process.
d) Enzymes are ones that actively gets involved in the chemical reaction but they will never become a part of that chemical reaction.
e) Diffusion is the process by which very small molecules that carries no charge moves through semi permeable membrane.
B. Chromosomes that are found inside the chloroplast contain genetic material.
C. The percentage of genes that are expressed.
D. The ability to choose specific traits that are passed from parent to offspring.
Answer:
(A) Passage of genetic introductions from one generation to the next generation