Answer: All of the rock in the Earth is recycled and accounted for during the rock cycle. This principle applies to other areas of science as well and is known as conservation of mass, which says that mass cannot be created or destroyed but is cycled between different forms.
Explanation:
B -Honeybee pollinates a flower while gathering nectar
C -Tick gains nourishment by sucking blood from a dog
D -Two bucks fight to gain territory and to gain a mate
The correct answer is B. Honeybee pollinates a flower while gathering nectar.
Mutualism is an interspecific interaction between two species in which both the species are benefited from the interaction. Honeybee visits flower to collect nectar for its food. In the process of collecting nectar, pollen grains stuck to its body. Flower gets pollinated when hone bee visits another flower. Thus, both honeybee and plants get benefit from this interaction.
its B cause it the both good for each other
Answer:
1) Large Intestine
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.
The most common basis for grouping organisms is similarity in structure.
Organisms are defined as a living creature with a structured body, the ability to respond to stimuli, reproduce, grow, adapt, and preserve homeostasis. An organism is a unique form of life that has one or more cells, is able to develop and reproduce, and can move.
Scientists classify creatures into groups using a variety of forms of data. Levels are used to arrange the groups. Kingdom, phylum, class, order, family, genus, and species are among these levels. The level above it is less general than the level below according to there structure and their habit of living with each other.
Thus, the most common basis for grouping organisms is similarity in structure.
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Ionosphere
troposphere
thermosphere
Most weather occurs in the troposphere which is closer to the earth. Option C
The troposphere is the lowest part of the atmosphere, rising from the surface of the planet to an average height of between 5 and 9 miles (8 to 15 kilometers), depending on the location. The majority of meteorological phenomena, including clouds, precipitation, storms, and winds, occur at this layer.
The temperature gradient, or drop in temperature with altitude, is a key feature of the troposphere. Convection and vertical air movements caused by this temperature gradient are what cause clouds and precipitation to form. Weather patterns and atmospheric disturbances are created by the interactions of air masses with various pressures and temperatures throughout the troposphere.
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