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What is the mass of two bricks?

Updated: 9/15/2023
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Q: What is the mass of two bricks?
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What is the weight of two bricks if four and a half bricks weigh 9 kg?

Weight is measured in Newtons, whereas kilograms measure mass. So, if your question was about mass, two bricks would have a mass of 4 kilograms.


What do you measure the mass with a box of bricks?

Using a scale, the box of bricks, and the object, keep putting bricks or pieces of bricks until the scales balance. Find out how many bricks you put and multiply by the mass of one brick and you got the mass of the object.


How can you use wedged in a sentence?

The stone was wedged between two bricks in the wall.The stone was wedged between two bricks in the wall.The stone was wedged between two bricks in the wall.The stone was wedged between two bricks in the wall.The stone was wedged between two bricks in the wall.The stone was wedged between two bricks in the wall.The stone was wedged between two bricks in the wall.The stone was wedged between two bricks in the wall.The stone was wedged between two bricks in the wall.The stone was wedged between two bricks in the wall.The stone was wedged between two bricks in the wall.


What would have more mass 2 m of bricks or 6000 m of air?

if you mean cubic metres bricks have a density of about 2.4 kg/ litre and air is about 1.2 kg/ m3 so 2.4 x 2 = 4.8 metric tons for bricks 1.2 x 6000 = 7.2 metric tons for air therefore air has more mass


Will two bricks tied together fall faster than one?

No, both bricks will fall at the same rate regardless of whether they are tied together or not. This is because the force of gravity acting on an object is only dependent on its mass, not how it is structured.


What has a greater mass 10000 grams of bricks or 10000 grams of feathers?

10000 grams of bricks have a greater mass than 10000 grams of feathers because bricks are denser and heavier than feathers. Weight depends on the mass and the force of gravity acting on an object, so in this case, both would weigh the same.


What has more mass a ton of feathers or a ton of bricks?

Since thier both a ton...a ton is a ton...but if you're talking about MASS, its possible the bricks would have more as they are more dense. This is a trick question.


Which has the lowest mass bricks having a density of 2000 kg per meter cubed or air having a density of 1 kg per meter cubed?

Air definitely has lower mass than bricks.


How you measure the mass of a pile of bricks?

Get a dump truck, top off the fuel tank and weigh the truck at a truck stop. Then put the bricks in the truck, top the fuel tank off again, and reweigh the truck. Subtract the weight of the empty truck from the weight of the full truck, and you have the mass of the bricks. You COULD weigh every brick individually on a balance and add them all together, but that's really a pain. You could also weigh one brick, count the bricks in the pile and figure it mathematically...but really, a Bobcat and a trip to the local Petro will be much quicker.


Which has a greater mass a kilogram of bricks or a kilogram of feathers?

They both have the same mass. A kilogram measure mass regardless of the material, volume etc.


What is hevier a tun of bricks or a tun of feathers?

A tun of bricks is heavier than a tun of feathers because bricks have a higher density compared to feathers. The weight of an object is determined by its mass and gravity acting upon it, so the denser object will have more mass and therefore be heavier.


How many bricks must be incorporated into the interior of the house to provide the same total heat capacity as 1500 of water?

To provide the same total heat capacity as 1500 kg of water, we need to find the specific heat capacity of water and bricks. Water has a specific heat capacity of 4186 J/kg°C, while bricks have a specific heat capacity of around 840 J/kg°C. By using the formula Q = mcΔT, where Q is the heat capacity, m is the mass, c is the specific heat capacity, and ΔT is the temperature change, we can determine the mass of bricks needed. 1500 kg of water is equal to 1500000 g. To find the mass of bricks needed, we set the heat capacities of water and bricks equal to each other and solve for the mass of bricks. This will give us the mass of bricks needed to have the same total heat capacity as 1500 kg of water.