Answer:
look at Explanation
Explanation:
North Carolina’s biotech industry is quickly expanding.
Within the state, there are more than 600 life science companies employing 61,000 people at an average salary exceeding $81,000 a year – which is nearly twice the state’s overall private sector wage, according to the North Carolina Biotechnology Center.
In total, life science companies and institutions in North Carolina generate $73 billion in economic activity, which is an increase of 23 percent in two years, and account for 228,259 direct and indirect jobs, says North Carolina Biotechnology Center.
Furthermore, while employment in the nation’s life science industry rose by 7.4 percent from 2001 to 2012, North Carolina’s grew at a surprising 31 percent, even with setbacks from the Great Recession of 2008.
Following closely behind California, North Carolina outpaced life science industry growth in other states, including Texas, New York, Massachusetts and Florida, between 2009-2012, according to the U.S. Bureau of Labor Statistics. In the chart below, North Carolina's life science industry grew 5.2% from 2009 to 2012. While California's life sciences industry increased even more at 5.5% during the same time period, other states such as Pennsylvania and New Jersey actually saw their life sciences sectors shrink by 7% and 7.3%, respectively.
Explanation:
CAMBRIDGE LOWER SECONDARY SCIENCE 9: END-OF-UNIT TEST
Cambridge Lower Secondary Science 9 – Mary Jones, Diane Fellowes-Freeman and Michael Smyth © Cambridge University Press 2021
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Name
___________________________________
Date
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Disclaimer:Thistestandmarkschemehavebeenwrittenbytheauthors.
End-of-unit test
Unit 4
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Zara investigated how giving plants different amounts of water affected their growth.She grew some seedlings in pots and watered them each day.She measured the height
experimental design, be sure to:
• state a hypothesis to be tested
• describe how the control group will be treated differently from the experimental group
• identify the independent variable in the experiment
• identify the type of data that will be collected
Answer
• state a hypothesis to be tested
Development rate increases faster with temperature that growth rate
• describe how the control group will be treated differently from the experimental group
The control group will be raised at 8 different temperatures to assess their size at maturity, and their asymptotic size.
• identify the independent variable in the experiment
3 clonal lines that differ in asymptotic size and growth rate.
• identify the type of data that will be collected
Measurements of the individual length of Daphnia
Explanation
In this experiment, the temperature-size rile(TSR) was utilized where it will be found that responses on temperature size observed at maturity is different from that manifested at asymptotic size. It will be observed that thermal shift in resources allocation may completely or partly result to a thermal plasticity in maturity size. Moreover, it will be seen that thermal plasticity in asymptotic size is controlled by temperature related challenges.
Answer:
The correct answer is organs.
Explanation:
The body of a human being is formed of various cells, that is, why it is considered as a multicellular organism. A multicellular species exhibits five layers of the organization, known as hierarchy, which lies in the order of complexity as organelles, cells, tissues, organs, and organ systems.
Of which organs comprise different tissues, which function together to perform a specific activity. The organs are further grouped together into organ systems. Some of the examples of organ systems are the circulatory system and the digestive system.
Answer:
they would probably go extinct
Explanation:
When we eat asparagus, we are eating the flower of the plant. Asparagus is a perennial plant growing to about 39 – 59 inches tall. It is used as a herbal and medicine years ago due to its aroma.
Answer: the stem
Just took test
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.