DNA strands can be pulled apart by adding heat and "melting" the double-stranded DNA.The temperature required to melt a region of DNA changes based on the base-pair composition.Based on the structure of the A-T and C-G bonds in Figure 1.11,which bonds would require more energy (heat)to break them? How might this help you predict which regions of the DNA helix may be the most stable and harder to break apart? (This can be used to predict regions that are not transcribed as often,as you'll see in later chapters.)

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The Answer of DNA strands can be pulled apart by adding heat and "melting" the double-stranded DNA.The temperature required to melt a region of DNA changes based on the base-pair composition.Based on the structure of the A-T and C-G bonds in Figure 1.11,which bonds would require more energy (heat)to break them? How might this help you predict which regions of the DNA helix may be the most stable and harder to break apart? (This can be used to predict regions that are not transcribed as often,as you'll see in later chapters.)

DNA Strands Can Be Pulled Apart by Adding Heat and "Melting