ne activity is known to be affected by temperature A examnied the activity rate in micromoles per second s of the digestive enzyme acid phosphatase in vitrol ving temperatures measured in kelvins K The gs are displayed in the following table For nce the range of 253 to 298 K corresponds to y 25 to 80 degrees Celsius or 77 to 176 es Fahrenheit emperat ure K 298 298 298 303 303 303 308 308 308 313 313 313 Rate u mol s 348 353 353 353 0 04 0 05 0 05 0 08 0 08 0 08 0 11 0 13 0 11 0 18 0 20 0 19 emperat ure K 338 1 05 338 1 10 338 1 06 343 0 96 343 0 98 343 0 99 348 0 72 348 0 73 0 75 0 54 0 58 0 62 Rate u mol s Temperat ure K 318 318 318 323 323 323 323 328 328 333 333 333 Rate mol s To access the complete data 0 34 0 34 0 35 0 47 software 0 48 format 0 48 Excel 0 48 0 78 0 79 0 97 0 98 1 03 set click the link for your preferred Minitab14 18 Minitab 18 JMP SPSS TI R Mac TXT PC TXT CSV CrunchIt Macmillan Learning Describe the form of the relationship It is not linear Explain why the form of the relationship makes sense The relationship curves upward and then levels off This makes sense as temperatures can increase the speed of chemical reactions to a point and then the impact plateaus at a certain point O The relationship is curved This makes sense because temperature impacts on the speed of chemical reactions is cyclical in nature as temperature increases The relationship is curvilinear This makes sense because increasing temperatures increase the speed of chemical reactions at graduating temperature levels The relationship is curved This makes sense as temperatures can increase the speed of chemical reactions to a point but very high temperatures can have negative effects