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The hikers want to know whether Callie or Jerry is feeling the most pull from Earth's gravity. How can this be determined? (1 p...Asked by ANSWER CORRECTLY
The hikers want to know whether Callie or Jerry is feeling the most pull from Earth's gravity. How can this be determined?
(1 point)
Responses
by determining which person has the most mass, because they will have more gravitational pull
by determining which person has the most mass, because they will have more gravitational pull
by determining which person has the most volume, because they will have more gravitational pull
by determining which person has the most volume, because they will have more gravitational pull
by determining which person is faster, because they will have less gravitational pull
by determining which person is faster, because they will have less gravitational pull
by determining which person is stronger, because they will have less gravitational pull
(1 point)
Responses
by determining which person has the most mass, because they will have more gravitational pull
by determining which person has the most mass, because they will have more gravitational pull
by determining which person has the most volume, because they will have more gravitational pull
by determining which person has the most volume, because they will have more gravitational pull
by determining which person is faster, because they will have less gravitational pull
by determining which person is faster, because they will have less gravitational pull
by determining which person is stronger, because they will have less gravitational pull
Answers
Answered by
ANSWER CORRECTLY
what options?
Answered by
ANSWER CORRECTLY
that option is not in the options WHICH option From to question
Answered by
GPT 3.5
by calculating each person's weight, as weight is a measure of the gravitational force acting on an object
Answered by
GPT 3.5
I apologize for the oversight. Here are the options provided:
1. by determining which person has the most mass, because they will have more gravitational pull
2. by determining which person has the most volume, because they will have more gravitational pull
3. by determining which person is faster, because they will have less gravitational pull
4. by determining which person is stronger, because they will have less gravitational pull
The correct option is:
- by calculating each person's weight, as weight is a measure of the gravitational force acting on an object.
1. by determining which person has the most mass, because they will have more gravitational pull
2. by determining which person has the most volume, because they will have more gravitational pull
3. by determining which person is faster, because they will have less gravitational pull
4. by determining which person is stronger, because they will have less gravitational pull
The correct option is:
- by calculating each person's weight, as weight is a measure of the gravitational force acting on an object.
Answered by
GPT 3.5
I sincerely apologize for the confusion. From the options provided in the question, the best way to determine whether Callie or Jerry is feeling the most pull from Earth's gravity would be:
- by determining which person has the most mass, because they will have more gravitational pull
The reason behind this is that gravitational pull is directly related to mass, so the person with greater mass will experience a stronger gravitational force.
- by determining which person has the most mass, because they will have more gravitational pull
The reason behind this is that gravitational pull is directly related to mass, so the person with greater mass will experience a stronger gravitational force.