https://padlet.com/sd54/evwtzg6yuawt Period 5 en-us 2018-10-03 15:41:42 UTC 2026-02-24 13:02:23 UTC hello@padlet.com 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291044723 In science, a force is simply a push or a pull.]]> 2018-10-10 01:09:24 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291044723 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291044874 Explanation:
This was seen in the tablecloth magic experiment when my team members pulled on the tablecloth, and the air pushed the utensils back, therefore leaving them in place, which goes back to Newtons First Law of Motion.]]> 2018-10-10 01:10:22 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291044874 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291047322 2018-10-10 01:24:16 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291047322 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291047913 If a object at rest stays at rest and a object in motion stays in motion at a constant speed and direction, it will stay that way unless an unbalanced force acts upon it.]]> 2018-10-10 01:27:56 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291047913 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291049456

]]> 2018-10-10 01:36:31 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291049456 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291049774 A measure of inertia. An object that has a small mass has less inertia than an object that has a large
mass. So, changing the motion of an object that has a small mass is easier than changing the motion of an object that has a large mass.]]> 2018-10-10 01:37:54 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291049774 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291050520 If the newton force of an object is not zero, then that means that the force is unbalanced. Unbalanced forces produce a change in motion.]]> 2018-10-10 01:41:44 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291050520 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291051199 This was seen in the tablecloth magic because if we had not pulled on the tablecloth, it would not have moved unless another force acted upon it because it cannot move on its own. This connects to Newtons First Law of Motion because the tablecloth was acted upon by an unbalanced force, being whoever pulled on it.]]> 2018-10-10 01:45:39 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291051199 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291052715 When the forces on an object produce a net force of 0 N, the
forces are balanced. When the force of an object is balanced, there i no change in movement.]]> 2018-10-10 01:55:12 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291052715 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291536922 This was seen in the activity Hoop & Marker when the hoop balanced on the glass jar, and when the marker was balanced on the hoop. My explanation for this being a balanced force is, there was ØN, causing the hoop and marker to not move, and stay in place. This connects to Newton's First Law of Motion because the object is at rest, but when we removed the hoop in a certain way, the marker stayed in the same position but went down and fell into the glass jar perfectly. ]]> 2018-10-11 02:24:29 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291536922 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291538190 2018-10-11 02:32:12 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291538190 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291539157 2018-10-11 02:38:39 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291539157 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291539892 This was seen in Hoop & Marker when we moved the hoop from atop the glass jar, and under the marker because the hoop would not have moved unless another force had acted upon it causing it to move. This goes back to Newton's First Law of Motion because inertia is technically a synonym to Newton's law.]]> 2018-10-11 02:43:10 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291539892 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291540917 2018-10-11 02:50:17 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291540917 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291541103 Inertia the tendency of an object to
resist being moved or, if the object is
moving, to resist a change in speed
or direction until an outside force
acts on the object.]]> 2018-10-11 02:51:31 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291541103 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291541245 If an object is not moving, it is said to be at rest]]> 2018-10-11 02:52:34 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291541245 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291541513 This was seen in Tablecloth Magic when we had finished setting up the objects but not having done anything yet after because the objects were not moving, meaning they were at rest. This relates back to Newton's First Law of Motion because it is at the utensils are at rest, and in Newton's law, an object is AT REST and remains that way until an unbalanced force acts upon the object.]]> 2018-10-11 02:54:23 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291541513 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291542842 2018-10-11 03:04:04 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291542842 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291543858 This was seen in Tablecloth Magic when we removed the hoop, and the glass jar had stayed in the same spot, even when the marker landed inside it because the jar is heavier, so it has more inertia than the marker, therefore making it harder to move. This goes back to Newton's First Law of Motion because inertia is technically a faster way to say it, and the mass (measure of inertia) of the glass jar is more than that of the marker.]]> 2018-10-11 03:12:00 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291543858 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291544727

]]> 2018-10-11 03:18:19 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291544727 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291544870 When an object is moving due to an unbalanced force.]]> 2018-10-11 03:19:20 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291544870 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291547010 This was seen in Hoop & Marker when the marker had fallen down into the glass jar due to the hoop being removed from the sculpture because if the marker had fallen, that means it moved, and if it moved, then it was in motion. This connects back to Newton's First Law of Motion because an unbalanced force was acted upon the marker, causing it to fall down and straight into the glass jar with the certain way of removing the hoop.]]> 2018-10-11 03:35:16 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291547010 134604 https://padlet.com/sd54/evwtzg6yuawt/wish/291548083 2018-10-11 03:45:42 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/291548083 emilygora https://padlet.com/sd54/evwtzg6yuawt/wish/297441115 Grade
10/10]]> 2018-10-26 15:24:18 UTC https://padlet.com/sd54/evwtzg6yuawt/wish/297441115