Using the table your subject who weighed in at 72kg prior to the jumps and using the formulae provided in your Prac Manual, calculate the MEAN POWER for the COUNTER MOVEMENT JUMP (CMJ) of this subject. Express your result as both ABSOLUTE Power (raw value) and as RELATIVE POWER (relative to bodyweight). Which answer below is correct?
Using the table for your subject who weighed in at 72kg prior to the jumps and using the formulae provided in your Prac Manual, calculate the PEAK POWER for the COUNTER MOVEMENT JUMP (CMJ) of this subject. Express your result as both ABSOLUTE Power (raw value) and as RELATIVE POWER (relative to bodyweight). Which answer below is correct?
Using the table your subject who weighed in at 72kg prior to the jumps and using the formulae provided in your Prac Manual, calculate the MEAN POWER for the COUNTER MOVEMENT JUMP (CMJ) of this subject. Express your result as both ABSOLUTE Power (raw value) and as RELATIVE POWER (relative to bodyweight). Which answer below is correct?
Using the table for your subject who weighed in at 72kg prior to the jumps and using the formulae provided in your Prac Manual, calculate the PEAK POWER for the COUNTER MOVEMENT JUMP (CMJ) of this subject. Express your result as both ABSOLUTE Power (raw value) and as RELATIVE POWER (relative to bodyweight). Which answer below is correct?
Using the table for your subject who weighed in at 72kg prior to the jumps and using the formulae provided in your Prac Manual, calculate the PEAK POWER for the COUNTER MOVEMENT JUMP (CMJ) of this subject. Express your result as both ABSOLUTE Power (raw value) and as RELATIVE POWER (relative to bodyweight). Which answer below is correct?
Using the table for your subject who weighed in at 72kg prior to the jumps and using the formulae provided in your Prac Manual, calculate the PEAK POWER for the COUNTER MOVEMENT JUMP (CMJ) of this subject. Express your result as both ABSOLUTE Power (raw value) and as RELATIVE POWER (relative to bodyweight). Which answer below is correct?