I'm struggling with this assignment

ACTIVITY 16 Temperature Tantrum 100 373,16 273,16 ACTIVITY 16 page. Show your work. Directions: Answer the questions below using the information from the previous 1) If I wanted to catalyze my reaction by an increase of 20%, how many Kelvins would I -273,16 need to increase the temperature by, based on the above background reading? Objective: I will be able to convert temperature units between celsius, Fahrenheit, and Kel I can explain the vital role temperature has on the outcome of experiments preserve enzymatic activity? 2) What is the maximum temperature in Kelvins that I should store my solution at to Kelvins Background: Enzymes are proteins that play crucial roles in catalyzeng reactions. A downside to enzymes is that they can only operate under certain temperature conditions before lack the same catalyzeng effect. For example, animal enzymes speed up reactions whey the temperature is increased. However, if the temperature exceeds 40 . C these same proteins denature and become dysfunctional. Enzymes are also impacted by the length of time they may be stored. For example Kelvins enzymes would also become dysfunctional if they are stored for long periods of time 3.) What is the maximum temperature in Fahrenheit that I can raise my solution containing an enzyme to, before denaturing of the protein takes place? above 5 'C. These thresholds are very different, but are explained by the variable me time. Also important to note, is that enzymatic activity is increased by 10-20% for even 1-2 "Cincrease in the environment's temperature before reaching its denaturing poin of 40 'C (then it falls) . Furthermore, a 10C raise in temperature can increase enzyme activity anywhere from 50 to 100%! Denature: To destroy the chemical properties and structure of a protein usually due to Fahrenheit excess heat. If you wanted to dramatically increase enzymatic activity, you could do so by raising the temperature Conversion formula from Celsius to Fahrenheit C (according to the background info above). What is this in... IF = 1.8 Ic+320 Conversion formula from Celsius to Kelvin IK = Ic+ 273 Kelvins? = Fahrenheit? =