Student Exploration Weight And Mass
Name: ______________________________________ Engagement: ________________________
Pupil Exploration: Westwardeight and Mass
Fiveocabulary: balance, force, yardravity, mass, newton, leap calibration, weight
Prior Knowledge Questions (Do these Earlier using the Gizmo.)
1. Your weight is the pull of gravity on your body. Suppose you step on a bath scale on
the Moon. How would your weight on the Moon compare to your weight on Earth?
A. greater on the Moon B. less on the Moon C. same on Earth and the Moon
2. Your mass is the corporeality of matter, or "stuff," in your body. How would your mass on the
Moon compare to your mass on Earth?
A. greater on the Moon B. less on the Moon C. aforementioned on Earth and the Moon
Gizmo Westarm-up
On the Weight and Mass Gizmo™, you tin use a
remainder to compare the masses of objects.
i. Place the dog on the right pan of the balance. What
happens? The scale goes down.
2. Place the 5-kilogram (kg) mass on the other pan.
Which has more mass, the domestic dog or the 5-kg mass?
The 5kg mass.
iii. The 5-kg mass is heavier than the domestic dog, so accept it off the pan and place a ane-kg mass on the
pan. Add 1-kg masses to the left pan until it goes down. So take i of the 1-kg masses
off the pan and so that the masses are above the dog.
iv. Use this process of adding and subtracting other masses from the left pan until the 2 pans
are balanced. Add together upwardly all the masses on the left pan. This is equal to the mass of the canis familiaris.
What is the mass of the dog? two.37kg
Why is this folio out of focus?
This is a Premium document. Become Premium to read the whole document.
Why is this page out of focus?
This is a Premium certificate. Go Premium to read the whole document.
Student Exploration Weight And Mass,
Source: https://www.studocu.com/en-us/document/harvard-university/psychological-science/weight-mass-student-3rd-quarter-ends-this-today-all-work-must-be-in-by-friday-april-16thwednesday/13569355
Posted by: manningloguich.blogspot.com
0 Response to "Student Exploration Weight And Mass"
Post a Comment