When you step ashore from a stationary boat it tends tp leave the shore? Explain
Answers
Answered by
19
Hey there!
It's because of Newton's 3rd law of Motion, which states that,
"Every action has an equal and opposite reaction"
When you jump from Small boats to the dock, it is wise to tie the boat to the dock first, and to grab a handhold on the dock before jumping.
Otherwise, even as you jump, the boat "magically" moves away from the dock, possibly making you miss your leap or pushing the boat out of reach.
That's known as Newton's third law:
As your legs propel your body towards the dock, they also apply to the boat an equal force in the opposite direction, which pushes it away from the dock.
Hope it helped
#EshanSingh1
It's because of Newton's 3rd law of Motion, which states that,
"Every action has an equal and opposite reaction"
When you jump from Small boats to the dock, it is wise to tie the boat to the dock first, and to grab a handhold on the dock before jumping.
Otherwise, even as you jump, the boat "magically" moves away from the dock, possibly making you miss your leap or pushing the boat out of reach.
That's known as Newton's third law:
As your legs propel your body towards the dock, they also apply to the boat an equal force in the opposite direction, which pushes it away from the dock.
Hope it helped
#EshanSingh1
aryan142:
thanx
Answered by
1
Answer:
if the diagonals of a quadilateral bisect each other , quadilateral is a parallelogramDescribe the social lifestyle of people of your geographical region of Nepal.
Similar questions