Answer:
It is D
Explanation:
When I was working on K12 test I got this right
Answer:
Precipitation in coniferous forests varies from 300 to 900 mm annually, with some temperate coniferous forests receiving up to 2,000 mm/ year (79 in/year). The amount of precipitation depends on the forest location. In the northern boreal forests, the winters are long, cold and dry, while the short summers are moderately warm and moist. In the lower latitudes, precipitation is more evenly distributed throughout the year.
The climate conditions of coniferous trees normally have summer temperatures that range from -40°F to 68°F with seasons ranging with an average of cold, long, snowy winters, and warm, humid summers. With defined 4 seasons, and at least 4-6 frost-free months. The precipitation has about 12 to 35 inches of rain each year. The in these areas of course the vegetation they have is coniferous trees, but the main dominant trees are pines, spruces, firs, and larches. With mosses, liverworts, and lichens covering the main ground.
b. non-vascular plants.
c. bryophytes.
d. mosses.
The correct answer is a. vascular plants.
Vascular plants with larger sporophytes are gymnosperms, examples are conifers such as Cycas, Pinus and angiosperms, examples flowering plants are mango, sunflower. The dominant phase in these plants are diploid, independent sporophyte which produces two types of spores. Gametophyte is short lived and dependent on sporophyte.
B. The cell would be unable to produce the proteins needed for life.
C. Nothing, the cell would still be able to function normally.
D. The cell would divide uncontrollably forming a tumor.
Answer:
B
Explanation:
Because transcription is the process that provides the vital information for a cell too make proteins. If a cell couldn't do that, then no proteins can be produced.
Answer: c. (Compression)
Explanation:Compressional stress, meaning rocks pushing into each other creates a reverse fault.
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Answer:
I did this for points- SIIIKKKKEEEEE THE ANSWER IS COMPRESSION
Explanation:
Answer:
4.6 billion years
Explanation: