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The length of the day
The length of a day would increase and the number days in a year would decrease.
It would be half of the original volume. As you reduce the volume the pressure would increase and at half the original volume the pressure would be doubled.
The temp of the gas would first rise, then drop. If the final volume of the gas is lower than the volume at the start, the temp will be higher than at the start. If the final volume is greater than at the start, then the temp of the gas will be lower than at the start.
Rapid increase of organic acids in the body you would expect to observe the increase in your heart rate. You would also observe increased alveolar ventilation, decreased blood pH and increased in blood pressure.
afterload
increase
A change in cardiac output without any change in the heart rate, pulmonary artery wedge pressure (PAWP = equated to preload) or systemic vascular resistance (SVR = afterload) would have to be due to a change in the contractility of the heart. Cardiac output (CO) is roughly equal to stroke volume x heart rate. Stroke volume is related to preload, contractility, and afterload. As you can see, the only variables you have not controlled for is cardiac contractility.
It's decreased ... unless the rate falls, which is the normal cardiac response.
Its volume would increase (apex)
The length of the day
The plankton population would increase
Yes - an increase in contractility would lead to an increase in stroke volume. An increased stroke volume would cause an increased cardiac output.
It would increase.
decrease it the right answer
no the presure would become greater unless the contianer became larger the volume would stay the same
it will increase. the epuation for density is mass divided by volume.