Answer:
when a person is not breathing
Explanation:
The electrocardiogram shows the cardiac action of the heart as a means of the sinusoidal waves. However, the waves have a different structure as they show the pumping phase, breathing and the resting phase of the heart. The waves continues to be displayed as long as there is systolic and diastolic pressure in the heart muscles. When there is no action, such as the cessation of brain activity, action ceases.
<span>1. Turning on the light converts electrical energy to light energy. 2. The ball sitting on the floor has a potential energy [energy at rest], kicking the ball converts its potential energy to kinetic energy, which is energy in motion. 3. MP 3 player uses batteries which possess chemical energy, the chemical energy is converted to sound energy when the player was turned on. 4. When the fan was turned on, the electrical energy which powered the fan was converted to mechanical energy which makes the fan blades to rotate. 5. The candy bar possesses chemical energy which was converted to mechanical energy in the eater which make it possible for him to perform the mechanical work of dancing.</span>
To develop this problem we must apply the concepts related to the Ampere Law. The line integral of B.ds around any closed path is equal to the current permeability constant, this current for the particular case passes through the 'internal' surface delimited by the closed path.
Ampere laws is defined as,
The radius of the circle is r, so if
r < R
And there is no current inside so ,
Therefore the magnetic field inside the wall is Zero.
Keona donates 1 ml of blood 473.176 times.
Each ml of blood has 1.06 gm of mass in it.
So the total mass of the blood is
(1.06 gm/ml) x (473.176 ml) = 501.566 grams
Rounded to the nearest hundredth, that's 501.57 grams.
Answer:
one or two three or four
Explanation:
animals of CO2 gas find the final temperature of gas