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A centrifuge.
First, it depends on your inertial reference frame. If I'm riding in a car holding a book in front of me, in my reference frame the book is stationary, but in the reference frame of a pedestrian the book is moving at the same velocity as the car.That having been said, an object has moved if its position has changed with respect to time. If we look at an object at two different times, t(1) and t(2), and the object was in two different places, p(1) and p(2), then the object moved at an average speed of [p(2) - p(1)] ÷ [t(2) - t(1)].
Still the object's mass divided by the object's volume.The density of the composite object will be somewhere between the densitiesof the two different materials.
1). When the distances covered in two equal intervals of time are different distances. 2). When the object is not moving in a straight line.
1. Add mass to the object. 2. Add energy to the object.
by using matters of different densities.
Approximately 1.5 pounds (1 1/2). ( I said approximately as there are many kinds of plywoods of different densities)
A centrifuge.
A 2 by 4 (lumber) will have a weight based on the density of the wood. Pine, fir, redwood, treated or untreated will have different densities.
1. verb 2. different pronoun 3. adjective 4. noun
1. Measure the dimensions of the object 2. Calculate the volume, in cm3 3. Weigh the object, in g 4. The density is the ratio between the mass and the volume, in g/cm3. For small objects you can use special densimetric balances.
1. relational database management system(RDBMS) 2. object Rdbms. 1. relational database management system(RDBMS) 2. object Rdbms.
you mix 2 fluids of 2 diffrent densetis DU
1) they are two different materials or 2) the solids are different size or 3) the solids have different densities.
First, it depends on your inertial reference frame. If I'm riding in a car holding a book in front of me, in my reference frame the book is stationary, but in the reference frame of a pedestrian the book is moving at the same velocity as the car.That having been said, an object has moved if its position has changed with respect to time. If we look at an object at two different times, t(1) and t(2), and the object was in two different places, p(1) and p(2), then the object moved at an average speed of [p(2) - p(1)] ÷ [t(2) - t(1)].
More specific information is needed to answer the question. Different powders have different densities and occupy different volumes. Are you talking about Talc Powder, Coffee Powder, Nutmeg Powder, Wheat Flour, or what? They all vary a great deal.
Depends on the liquid because all liquids have different densities making them lighter or heavier