Add to ORKGTwo simple experiments performed with RTL (Real Time Laboratory) offer an opportunity to make clear for the students the difference between weight and mass, and between inertial and gravitational mass. The role of the hydrodynamic mass is also investigated, and various effects on the motion of different bodies due to the presence of air are discussed
Abstract: From the late nineteenth century to the early twentieth century, before the development an...
Take a selection of balls and marbles along to a nearby playground slide and let students investigat...
Comparing two objects falling together is a small-scale version of Galileo’s classical experiment, d...
none2Two simple experiments performed with RTL (Real Time Laboratory) offer an opportunity to make c...
This two-part lesson contains a qualitative discussion of the distinction between weight and mass, f...
In the present paper, gravitational and inertial mass are described as one and the same electro-magn...
Abstract The equivalence Principles of general relativity are an open question of physics – the rel...
In the first of these the acceleration due to gravity is measured by timing by means of an electrica...
The three INMs involved in the JRP e-MASS project operate three different absolute gravimeters, whic...
Mass can be perceived in different ways: statically, through gravitational cues; dynamically, throug...
Mass is a fundamental multifaceted physical quantity, involved in courses from primary to secondary ...
AbstractA tutorial, in which inertial and gravitational mass meanings were scanned according Newton ...
Mass can be perceived in different ways: statically, through gravitational cues; dynamically, throug...
Mass can be perceived in different ways: statically, through gravitational cues; dynamically, throug...
International audienceThe Eötvös experiment has been taken as basis for metric theories of gravity a...
Abstract: From the late nineteenth century to the early twentieth century, before the development an...
Take a selection of balls and marbles along to a nearby playground slide and let students investigat...
Comparing two objects falling together is a small-scale version of Galileo’s classical experiment, d...
none2Two simple experiments performed with RTL (Real Time Laboratory) offer an opportunity to make c...
This two-part lesson contains a qualitative discussion of the distinction between weight and mass, f...
In the present paper, gravitational and inertial mass are described as one and the same electro-magn...
Abstract The equivalence Principles of general relativity are an open question of physics – the rel...
In the first of these the acceleration due to gravity is measured by timing by means of an electrica...
The three INMs involved in the JRP e-MASS project operate three different absolute gravimeters, whic...
Mass can be perceived in different ways: statically, through gravitational cues; dynamically, throug...
Mass is a fundamental multifaceted physical quantity, involved in courses from primary to secondary ...
AbstractA tutorial, in which inertial and gravitational mass meanings were scanned according Newton ...
Mass can be perceived in different ways: statically, through gravitational cues; dynamically, throug...
Mass can be perceived in different ways: statically, through gravitational cues; dynamically, throug...
International audienceThe Eötvös experiment has been taken as basis for metric theories of gravity a...
Abstract: From the late nineteenth century to the early twentieth century, before the development an...
Take a selection of balls and marbles along to a nearby playground slide and let students investigat...
Comparing two objects falling together is a small-scale version of Galileo’s classical experiment, d...