A study shows that running increases the percent resting metabolic rate (RMR) in older women. The average RMR of 35 elderly women runners was 32.1% higher than the average RMR of 35 sedentary elderly...

Can you please determine the range into which the P-Value falls from the picture i was stuck at there please


Extracted text: A study shows that running increases the percent resting metabolic rate (RMR) in older women. The average RMR of 35 elderly women runners was 32.1% higher than the average RMR of 35 sedentary elderly women, and the standard deviations were reported to be 10.4% and 10.2%, respectively. Was there a significance increase in RMR of the women runners over the sedentary women? Assume the populations to be approximately normally distributed with equal variances. Use a P-value in the conclusion Click here to view page 1 of the table of critical values of the t-distribution, Click here to view page 2 of the table of critical values of the t-distribution, 0.0005 SP-value <0.005 0.025="" sp-value=""><0.05 p-value="" 20.75="" p-value=""><0.0005 0.10="" sp-value=""><0,25 0.25sp-value=""><0 50="" and="" let="" sample="" 2="" be="" the="" sedentary="" women.="" state="" the="" null="" and="" alternative="" hypotheses="" 0.005="" sp-value=""><001 0.01sp-value=""><0.025 0="" 50="" sp-value=""><0.75 0.05=""><0.10 clear="">