From the opposite graph, we can conclude
that .
@the transpiration rate is constant along the day.
(b) the highest flow of water in the stem is less than the high transpiration rate.
© there is no relationship between the water
flow in stem and the transpiration rate.
(d) the transpiration rate can't reach zero

From the opposite graph, we can conclude  that the highest flow of water in the stem is less than the high transpiration rate.

Explanation:

From the graph shown, it is crystal clear that the highest flow of water in the stem is less than the high transpiration rate.

sorry to break it to ya but no one can answer your question it's just

jk but i am serious about the part that most people cant answer it beacuse you did not mention the section you are talking about. but it would if you added some detail and were a bit more specific.

you know that this symptom is misleading and quite often is related to: heart attack

a heart attack is a condition that occurs when the blood flow that transports oxygen to the heart muscle is damaged or cut off completely. the coronary arteries that supply the heart muscle with blood flow can be blocked by the accumulation of plaque. also, when the plaque within the heart artery breaks, it creates blood clot that can also hinder the blood flow. men that are over 45years of age and women that are over 55years of age are at risk of having a heart attack. the symptoms of a heart attack include chest discomfort, chest pain, coughing, and shortness of breath.