A Body at Rest Tends to Remain at Rest

A body at rest
@norcal (4889)
Franklinton, North Carolina
November 13, 2015 1:48am CST
You may recognize the title as being Newton’s first law of motion. Most of us learned it in school. “A body in motion tends to remain in motion; a body at rest tends to remain at rest.” Newton observed that a still object would not move until some outside force acted upon it, for example the wind, gravity or a human hand. An object once moving would not stop until a force stopped it. It is true of inanimate objects, but you could use the same observation on human beings. People who do not move much, or do much, tend to continue along that same way. The longer a person is a couch potato, the more likely that they will continue to be one. Other people seem never to stop moving. The more they do the more energy they seem to have. One difference is that people do not necessarily have to be acted upon by an outside force to change the situation. With effort, by our own will we can overcome inertia and begin moving, or decide that it’s time for a rest.
9 people like this
10 responses
@Jessicalynnt (50523)
• Centralia, Missouri
13 Nov 15
pretty sure my dog has go, and sleep. I rarely see inbetween phases. lol!
3 people like this
@Auntylou (4264)
• Oxford, England
13 Nov 15
I like how you put that , and his cute little face!
2 people like this
@norcal (4889)
• Franklinton, North Carolina
13 Nov 15
What a sweetheart
1 person likes this
@norcal (4889)
• Franklinton, North Carolina
14 Nov 15
@Jessicalynnt - Well, we all have these little biological accidents.
1 person likes this
@inertia4 (27960)
• United States
13 Nov 15
Those that don't move will wind up with some kind of illness. We all need to move. Granted there are those that move around moe than others. As for inertia, imagine the outcome of someone moving and then being abruptly stopped. That could be bad. Or the reverse as well. Being still and then being forced to move rapidly. Inertia is a wicked thing.
3 people like this
@inertia4 (27960)
• United States
14 Nov 15
@Auntylou Well, I have inertia tendencies. LOL. I sometimes move and don't stop and sometimes I don't move and cannot get started. Nice!!!
@Auntylou (4264)
• Oxford, England
13 Nov 15
Unlike you , @inertia
3 people like this
@a_manick (879)
• India
13 Nov 15
I agree with you. Yes, its true. Just imagine yourself at bed in the morning. Unless you get that energy to push yourself off the bed, you will not do so. The first defeat of the day starts when you refuse to get up from the bed and continue to put your alarm to snooze.
3 people like this
@LadyDuck (471423)
• Switzerland
13 Nov 15
A human surely does not need an outside force to move, even pets.
2 people like this
@norcal (4889)
• Franklinton, North Carolina
13 Nov 15
Sometimes it does take a lot of our own effort to get moving though, while once we are moving, it feels quite natural and good.
2 people like this
@JudyEv (340108)
• Rockingham, Australia
13 Nov 15
That little dog looks like inertia personified or doggified. He looks absolutely relaxed.
3 people like this
@norcal (4889)
• Franklinton, North Carolina
13 Nov 15
He definitely knows how to kick back.
2 people like this
@Auntylou (4264)
• Oxford, England
13 Nov 15
Becoming a couch potato is such a bad thing for our health and is the fast track for obesity!
2 people like this
@allknowing (136499)
• India
14 Nov 15
Humans do have the capacity to move on their own but for some some prodding is necessary in all directions whether to start looking for a job, to help around, not to sleep much.................
1 person likes this
@Teep11 (7673)
• United States
14 Nov 15
Well our bodies need rest and we need to move. Anyone sleeing away could possibly be in a coma. Even a couch potato moves at some point.
1 person likes this
@paigea (36317)
• Canada
22 Nov 15
Oh, I have noticed this about myself.
1 person likes this
• India
20 Mar 16
yeah this law is really directly proportional to we
1 person likes this