An Object With Greater Surface Area Will Have Greater

Answer- Small or thin objects have a large surface area compared to the volume. The objects have the same acceleration.

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The planet could be made of denser material and have a smaller surface area.

. The best way to answer this is it depends In reality if they have the same ratios in side lengths or if they are the same shape then yes a larger surface area implies a greater volume. When a greater surface area of a particular body is in contact with a cooler body the vibrating atoms of the hot body can strike a larger amount of the atoms from the cold body thus effectively transferring heat energy in the form of elastic. The area of a square is s 2 where s is the side length.

However the shape does matter quite a bit. Who are the experts. Which statement best compares the accelerations of two objects in free fall.

In reality if they havethe same ratios in side lengths or if they are the same shape then yes a larger surface areaimplies a greater volume. 2The object that has the greater surface area has the lower acceleration 3. Since this is less than 14 π the circle has more area than the octagon.

O The object that has the greater surface area has the lower acceleration The object that has the smaller mass has the greater acceleration. Since 14 π 116 the circle has more area than the square. But s P4 so the area of a square is P 2 16.

However the shape doesmatter quite a bit. So imagine 3 rubber balls ones small ones medium ones large. In harder materials that resistance is higher when the hardness is greater.

The objects have the same acceleration. With m mass ρ air density. We review their content and use your feedback to keep the quality high.

If the object has a smaller surface area there will be less room for air to work on it and there will be less of an upward force and a greater terminal velocity. So the area of an octagon is. The heavier object has a greater acceleration.

The two main factors that dictate an objects terminal velocity on Earth are its weight and surface area with heavier small surface area objects having a greater velocity. As objects get smaller they have a much greater surface area to volume ratio. The smallest ball has little internal content volume compared to its outside surface area.

The object that has the smaller mass has the greater acceleration. For example if we have a sphere and a cu. The greater the surface area of an object the greater the buoyant force.

Please select the best answer from the choices provided. We learn from Jian Huang that the greater the objects surface area the smaller the terminal velocity. Terminal velocity is the speed at which drag force equals weight.

The object that has the smaller mass has the greater acceleration. Of course this is more a factor with sliding friction which tends to produce heat. 1The heavier object has a greater acceleration.

However the shape doesmatter quite a bit. In surface area to volume ratio SAVol we are comparing the outside surface area of an object to its internal volume. The object that has the greater surface area has the lower acceleration.

O The heavier object has a greater acceleration. If two objects have the same mass and therefore the same weight but one has a larger surface area then the object with the larger surface area will have a lower terminal velocity. Experts are tested by Chegg as specialists in their subject area.

When drag equals weight. The object that has the greater surface area has the lower acceleration The object that has the smaller mass has the greater acceleration The objects have the same acceleration. The objects have the same acceleration.

However on earth objects with a greater surface area will experience more buoyancy due to air resistance so if the buoyant force is enough to reduce the weight of. The area of an octagon is where s is the side length but s P8. The object that has the greater surface area has the lower acceleration.

The greater the surface area the less the increase in temperature The thermal energy is dissipated over a wider area so that μ will tend to change less than in the case less surface area. The object that has the smaller mass has the greater acceleration 4The objects have the same acceleration Answer. For example a lead ball will have a much higher terminal velocity than a sheet of paper as the former both weighs more and occupies less space.

The object that has the smaller mass has the greater acceleration. The best way to answer this is it depends. As for the sizes and shapes I think what you mean is a bigger size has larger mass which increases the applied load at the surface contact.

The air resistance on any object depends upon 2 factors these areSurface area of the object iethe more the surface area the more will. The objects have the same acceleration. O The objects have the same acceleration.

Each surfaceedge is part of the surface area because those are sides exposed to. The calculation of surface area of a cube is literally 6 times the area of each side because there are six sides to a cube. The larger an object the greater its surface area because the more surface it has.

So the material is a complicated one sometimes harder causes greater friction sometimes softer causes greater friction. The object that has the greater surface area has the lower acceleration. To understand this look at heat as the energy possessed by vibrating atomsAlso remember that heat flows from hotter to colder objects.

A planet with a greater mass does not necessarily have greater surface area than one with less mass. We can show this using the equation for drag force. Answer 1 of 4.

A greater the surface area will cause the reaction will proceed faster because there are more available sites where another reagent or catalyst can attack the reactant.

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