Q10

In the figure shown ,f =40 N (angle force is 40 ) and m=2.0 kg . the magnitude of acceleration of the block is;

Evaluate the hypothesis by comparing the documented data (shows effect of temperature on the rate of lipase catalysed reaction) in the table (and Q10 values you calculated) to theoretical Q10 values and trends evident in a line graph that is typically pre...

Temperature Degrees Rate of reaction 1/T (x10-4) 10 8 20 17 30 33 40 65 50 36 60 0 My Q10 values: T°C = 10°C Q10 = 2.125 = 2.1 = 2 T°C = 30°C Q10 = 1.96969696969697 = 2.0 T°C = 45°C Q10 = 0.2586206896551724 = 0.3 Before starting the experiment that result...

Evaluate the hypothesis by comparing the documented data (shows effect of temperature on the rate of lipase catalysed reaction) in the table (and Q10 values you calculated) to theoretical Q10 values and trends evident in a line graph that is typically pre...

I need help with the rest of it too. Those two parts I have been searching for hours but can't find anything.

Those are my Q10 answers from another question. I rounded the number from 2.125 to 2.

Evaluate the hypothesis by comparing the documented data (shows effect of temperature on the rate of lipase catalysed reaction) in the table (and Q10 values you calculated) to theoretical Q10 values and trends evident in a line graph that is typically pre...

I couldn't find any: 1) theoretical Q10 values 2) Trends evident in a line graph that is typically presented on a reliable website I need this to compare to the other data I have. I need to talk about the hypothesis in this question.

The Q 10 is a measure of the degree to which a biological process depends on temperature. It is defined as the ratio between the rate of a biological process at two temperatures separated by 10 °C.