need help with questions 7 a,b,c

Patient Information Name: JENKINS, AARON File number 0 Test time 2022/02/02 0937.50 Age: 22 yrs Sex M Doctor Height 710 in (180 cm) Weight: 1800 lb (81.8 ha) Toch Test Protocol Test degree Submaximal Exercise device Treadmill Test Environment Insp temp 230 dog Baro, pressure: 740.9 mmHg Insp humidity Exp. RH 100% 50.0% Exp low temp Mean of room tomp and 37 o dog Insp 02 20 94% Insp. CO2 0,04% Selected Flowmeter 0-800 Lpen (STPD to BTPS: 12437) O2 gain. 0.00012071 CO2 gain: 0.00011032 Base Values for Sampling Base 02 20.94% Base CO2 0.04 Measured 02:20 89%, CO2: 0.00% RR BTPS VE FEO2 FECOZ TM SPD 5 mph V STPO L STPD min BPM TIME VO2 VOZA METS VCO2 VE RER STPO STPD STPD ATPS min soc Limin moim Umin Umin **0000 Start Exercise 101 058 71 20 15.80 0.79 2.01 134 184 4.7 1.22 30.79 0.91 3.00 153 18.7 53 35.01 0.58 4.00 1.41 172 4.9 148 36 29 105 5.00 140 171 49 141 36 08 101 **05 02 Cool Down 0.46 150 19 22 21 25 0.92 154 1.78 150 1.41 16.92 16.05 15.90 16.45 16.50 335 4.58 4.95 471 4.51 4.5 5.0 50 5.0 50 13.82 26 91 30.61 3172 31.54 0.74 1 24 1 43 1 26 1 13 28 Max VO2 1 53 min 18.7 mg/min. 53 METS 7. Use the ACSM metabolic equation (Table 4.1) for jogging to estimate the following a. The gross Voz in mlOrekgumin' for jogging at 5 mph at a 0% grade b. The net VO, in mlozekg 'min' for jogging at this workload. (Refer to Equation 4 and use 3.5 mlokylmin' for resting VO2.) c. The net EE in kcalmin" for jogging at this workload. (Flint. First, convert net vo; expressed in relative terms to absolute terms.) d. The net EE (in total kcal) for jogging at this workload for 30 minutes