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A hypothesis is good if it is clear, and states a prediction of a measurable variable with evidence on why this certain thing will happen.

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If it has all of the components that make up a good hypothesis, like what you think will happen based off of what you already know.

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breathing rate, heart rate

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A hypothesis is a good one if it includes what you think, and why you are thinking it.

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Duration of the exercise, type of exercise, intensity of exercise,

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How long you exercise  and intensity

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how long we do each exercise and the intensity

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How long we do the exercises and intensity.

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The controlled variables would be anything that is not part of any other variables such as the time at which the experiment is done and what type of intense exercise is done.

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A hypothesis is good if by looking at it you know what the topic and claim is, as well as, what reasoning they are going to go into to argue that claim.

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if u want a good hypothesis u need to include facts about or a answer ir out come to what your trying to hypothesise on.

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it is a good hypothesis if it clear and simple language

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Amount of time, intensity, etc.

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A good hypothesis has evidence and reasoning to back it up and includes your own thinking.

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What makes a good hypothesis is if you it actually has to do with what you are testing and the hypothesis is reasonable. It includes strong evidence and reasons that support your hypothesis

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Change the amount of reps during an exercise, or changing how how long you do each one.

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You can tell if a hypothesis is a good one by checking that it has an educated guess about a topic.

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The intensity of the workout, what you are doing during the workout, etc.

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its good if it has evidence to support your inference and it's measurable

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The amount of time that you exercise.

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It has to be measurable

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it has reasoning and evidence to back it up

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The amount of time you exercise and the intensity.

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The 8 minutes.

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Heart rate, breathing rate

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Heart rate, breathing, perceived exertion, etc.

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A good hypothesis has evidence and strong reasoning to back it up.

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The intensity of the workout, how long the workout will be, and the condition of where the workout will be held.

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The manipulated variables in this experiment would be the type of workout and the intensity of the workout.

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breathing rate and heart rate

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how long we do each exercise for

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If... Then... Because...

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The amount of time, 8 minutes.

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They would all be the same variable except one.

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It is good if you have solid evidence to back up your research

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Heart rate, breathing rate, and physiological responses.

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Breathing rate, heart rate.

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How much time you do the exercise for, 8 minutes.

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Heart rate, breathing

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A hypothesis is good if it shows what you think will happen with the responding variable and why you think that.

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The intensity of workout

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Heart rate, body's breathing, body temperature, pretty much anything that is a reaction to the activity that pertains to the body.

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The responding variables would be your heart rate, breathing rate, and other physiological responses.

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If it's right

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The 8 minutes

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the intensity are the manipulated variable

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If the hypothesis can be supported by evidence

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Increased or decreased heart rate, breathing rate, and psychological responses.

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Heart rate

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What workout it is, how hard the workout is.

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How long you do the exercises for

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The intensity of the exercise.

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Where you exercise, what exercises you do.

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Some potential manipulated variables in the experiment are duration of exercise, intensity of the exercise, and what type of exercise.

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8 minutes

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The potential manipulated variable may be how long you exercise for.

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The controlled variable is the length of the exercise.

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The amount of time

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How long you do each exercise or how many reps of each exercise you do.

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Heart rate and breathing rate

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location, time, when

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You should be able to complete it, and it should be repeatable.

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8 minutes

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8 minutes

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Anything in FITT.

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When, where, and how long the workout is held.

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The location and how much time you spend

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8 minutes

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The experimental control would be to maintain a consistent place to do the exercise, a consistent temperature to do the exercise, and any things pertaining to the person doing the exercise such as sleep and mood and so on.

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Temperature of water, water pressure, subject weight

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Heart rate, breathing rate, tiredness.

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Where you exercise, how long you do each exercise

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Heart rate and breathing

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The time, 8 minutes

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heart rate

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Potential responding variables in the experiment are breathing rate, heart rate, and some other physiological responses.

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The time which is 8 minutes.

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How much you perspire, level of fatigue.

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Time

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The 8 minutes

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How long you do the exercise.

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Maybe the time.

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Heart rate, breathing rate, body temperature

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The 8 minutes.

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If it is specific and tell factual evidence

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how long you are doing the exercise.

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Breathing, heart rate