Answer:
Explanation:
A -nitrogen bases
B- sugar phosphate backbone
Looking at chemical reaction given in the question above, it can be seen that the chemical reaction needs heat to proceed. If the temperature of this reaction is increased, the rate of chemical reaction will also increase. That is, if the temperature of the reaction is increase, the product of the reaction that is formed per time will also increases.<span />
Answer:
Parts of the reproductive system. image attached
The bond between monomers of carbohydrates, e.g. glucose and fructose is a glycosidic bond-forming in this case a sucrose molecule (disaccharide). A glycosidic linkage is a C-O-C bond (ether). The underlying reaction is a condensation reaction where 1 OH- and 1 H+ are split off resulting in the formation of H2O.
110.2 lbs
First, let's determine how many kg the patient masses. Since the dose is 3.000 mg/kg we can convert that to 0.003000 g/kg. So
0.1500 g / 0.003000 g/kg = 50 kg.
So we know the patient has a weight of 50 kg. Now we simply multiply by 2.20462 to get lbs. So
50 kg * 2.20462 lbs/kg = 110.231 lbs
Rounding to 1 decimal place gives 110.2 lbs
