Unimpres Alombardia
because the spool of sit-down for third reading forthwith the Honourable cross second I move that the subordinate legislation confirmation bill be now read a third time the question is that the motion be agreed to those of that opinion will say aye to the contrary no the eyes have it subordinate legislation confirmation bill
[ MUSIC ]>>WELCOME TO THE INTERNATIONAL SPACE STATION. I’M NASA ASTRONAUT MARK VANDE HEI. TODAY, WE’RE GOING TO TALK ABOUT NEWTON’S THIRD LAW. HOW DO YOU THINK IT WILL HOLD UP IN MICROGRAVITY?>>FOR EVERY ACTION, THERE IS AN EQUAL AND OPPOSITE REACTION. THIS MEANS THAT IN EVERY INTERACTION BETWEEN TWO OBJECTS, THERE ARE A PAIR
okay crew today we’re going to talk about Kepler’s three laws. Our goal is to just understand the need to see how they apply to orbiting objects jugglers first la states that and orbiting body travels in elliptical path around the central massive body which is located at one of the lips he spoke out
[Applause] so here we have another dynamics problem which is going to illustrate part of Newton's third love which is the action reaction of who we have our two sleds to toboggans which are attacked by rope and then being pulled by an applied force so 100 Newton's applied to the front slept there is
welcome to the European Space Agency ISA Newton came up with three laws of motion laws that describe how forces and objects relate to each other hi Pedro Alexander we can see that they're floating there pushing against each other and move apart that's an ISS battery and it looks heavy that means it has
welcome to the International Space Station I'm NASA astronaut mark VandeHei today we're going to talk about Newton's third law how do you think it will hold up in microgravity for every action there is an equal and opposite reaction this means that in every interaction between two objects there are a pair of opposite
