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When a glass breaks in a science class you should go wash your hands with soap and water because there might be chemicals in the glass because you can be infected by the chemicals that were in the glass that you broke you can get very sick.

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12y ago

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What is the mass of the beaker and fluid on the triple beam balance?

To determine the mass of the beaker and fluid on a triple beam balance, you would first place the beaker filled with the fluid on the balance. Then, you adjust the sliders on the beams until the balance is level, indicating that the total mass is equal to the sum of the beaker's mass and the fluid's mass. The reading on the balance will give you the combined mass of both the beaker and the fluid. If you need the mass of each separately, you can weigh the empty beaker first and then subtract that mass from the total.


How do you calculate mass of water in the beaker by difference?

To calculate the mass of water in a beaker by difference, first weigh the empty beaker and record its mass. Next, fill the beaker with water and weigh it again to obtain the combined mass of the beaker and water. Subtract the mass of the empty beaker from the total mass to find the mass of the water alone. This method allows for an accurate measurement by accounting for the container's weight.


How do you calculate density using 100ml beaker 100ml cylinder?

To calculate density using a 100mL beaker or cylinder, you would first measure the mass of the substance using a balance. Then, you would divide the mass by the volume of the beaker or cylinder to obtain the density. Density = mass / volume.


How do you measure a stone with a beaker?

To measure a stone using a beaker, first fill the beaker with water to a known volume. Then, carefully add the stone to the water and measure the new volume of water, also known as the displacement volume. The difference in volume between the two measurements will give you the volume of the stone.


When did he see the proton for the first time?

Never. No one has ever actually seen a proton; they're too small.