Answer:
Systolic variation coefficient (CVS) = 0.1446 = 14.46%
Diastolic variation coefficient (CVD) = 0.1789 = 17.89%
The variation, with respect to the mean, of the systolic pressure sample is slightly less than the variation of the Diastolic pressures.
Step-by-step explanation:
Systolic Mean (MS) = 127.8
Diastolic Mean (MD) = 73.5
Standard Deviation Systolic (sdS) = 18,486
Standard Deviation Diastolic (sdD) = 13.1508
The coefficient of variation is defined by:
Systolic variation coefficient (CVS) = sdS / MS = 18.486 / 127.8 = 0.1446 = 14.46%
Diastolic variation coefficient (CVD) = sdD / MD = 13.1508 / 73.5 = 0.1789 = 17.89%
Then, it can be concluded that the variation, with respect to the mean, of the systolic pressure sample is slightly less than the variation of the Diastolic pressures.
Answer:
A
Step-by-step explanation:
Answer:
47
Step-by-step explanation:
There are total 52 cards.
Certain number of cards are lost.
When divided by 4, leaves 3 cards remain ; 51, 47, 43, 39, . . .
When divided by 5, leaves 2 cards remain : 47, 42, 37, 32, . . .
When divided by 3, leaves 2 cars remain : 50, 47, 44, 41, . . .
The common number among the three is 47.
Answer:
1 2/6 3 3/4
Step-by-step explanation:
Answer:It would be cut in half
Step-by-step explanation:The momentum of the ball is what speeds it up, like the engine to the car. It needs it to run, so if you cut it in half the speeds are cut in half.
