You are given two solutions containing different purified dnas. one is from the bacterium p aeruginosa and has a gc composition of 68%. whereas the other is from a mammal and has a cic composition of 40%.
a. you measure the absorbance of light of each solution as a function of increasing temperature. which solution has the higher tm and why?
b. after melting the two solutions, mixing them together, and allowing them to cool, what would you expect to happen?
c. would appreciable amounts of the bacterial dna be found associated in a helix with mammalian dna? explain.

If these are the missing choices: a. to determine skin temperature, place the back of your hand against the patient's skin.b. determine body temperature by touching the patient's hands and feet.c. skin temperature will tell you very little about this patient's condition or well-being.d. the patient's skin temperature and color will likely be warm and red.my answer is: a. to determine skin temperature, place the back of your hand against the patient's skin. using the back of the hand to check for temperature rather than the palm is more effective because the back of the hand has more nerves that can feel and transmit the temperature than the palm.