Organisms inhabit nearly every environment on Earth, from hot vents deep in the ocean floor to the icy reaches of the Arctic. Each environment offers both resources and constraints that shape the appearance of the species that inhabit it, and the strategies these species use to survive and reproduce. Some of the broadest patterns of environmental difference arise from the way our planet orbits the Sun and the resulting global distribution of sunlight (Chapin et al. 2002).
Explanation:
In the tropics, where solar radiation is plentiful year-round, temperatures are warm, and plants may photosynthesize continuously as long as water and nutrients are available. In polar regions, where solar radiation is seasonally limited, mean temperatures are much lower, and organisms must cope with extended periods when photosynthesis ceases.
<span>Since, 1000 grams of water = 1000 mL of water</span><span> So, At any of the given temperature: </span>1000 mL = 10 x 100 mL <span> moles of NH4Cl = 53.5/53.49 = 1.0 m = 1.0 mol/Kg Delta T = 2 x 1.86 x 1.0 = 3.72 c = - 3.72 °C</span>
