1. Platform - Samples to be weighed are placed here
2. Balace cup - This part is under the platform and contains metal slugs used to adjust the scale's balance
3. Zero Adjustment Knob - Used to make minor adjustments to zero / balance the scale
4. Knives and Bearings - These are the pivot points for the beam assembly and are critical to minimizing friction and maintaining accuracy
5. Poises - These are the sliding weights used to balance the device
6. Beam Assembly - This part supports the balance cup, platform, and poises and is where readings are taken
7. Damper Vane - This is a piece of metal that hangs off of the pointer end of the beam. It is positioned between small stabilizing magnets inside the trig loop.
8. Trig Loop and Magnets - This is the end part of the triple beam where the pointer terminates and where the zero point is marked. Small magnets are placed inside the trig loop and help bring the beam to a stop quicker.
9. Pointer - Used to determine when the triple beam is balanced
10. Hanging Counterweights (optional) - Used to increase the capacity of the scale
The parts of a triple beam balance include a pan to hold the object being measured, three beams marked with gram values for measuring mass, and riders that slide along the beams to adjust the balance. The function of a triple beam balance is to measure the mass of an object with greater accuracy than a typical spring balance.
The measurement tray on a triple beam balance is used to hold the object being weighed. Placing the object on the tray allows for an accurate measurement of its mass by balancing it with the combination of the three beams on the balance.
A triple-beam balance is used to measure the mass of an object with high precision. It has three beams that allow for fine adjustments to achieve precise measurements. The balance also has built-in calibration weights for accuracy.
The main parts of a triple beam balance are the pan on which objects are placed to be weighed, and the three beams (center, front, and rear) with sliding weights that are used to measure the mass of the object. These beams allow for precise adjustments to find the exact weight.
The triple beam balance consists of three main parts: the pan, the beams with riders, and the pointer. The pan is where the object to be weighed is placed. The beams have riders that are moved to balance the weight, while the pointer indicates the weight measurement.
The function of a triple beam balance is to find the mass and weight of an object
The parts of a triple beam balance include a pan to hold the object being measured, three beams marked with gram values for measuring mass, and riders that slide along the beams to adjust the balance. The function of a triple beam balance is to measure the mass of an object with greater accuracy than a typical spring balance.
The triple beam balance is used to weigh an object's mass in grams.
The measurement tray on a triple beam balance is used to hold the object being weighed. Placing the object on the tray allows for an accurate measurement of its mass by balancing it with the combination of the three beams on the balance.
A common alternative name for the triple beam balance is the triple beam scale.
A triple beam balance is a scientific tool used to measure mass. The balance is very precise and measures within 0.05 grams.
A triple beam balance is a scientific tool used to measure mass. The balance is very precise and measures within 0.05 grams.
A triple-beam balance is used to measure the mass of an object with high precision. It has three beams that allow for fine adjustments to achieve precise measurements. The balance also has built-in calibration weights for accuracy.
A triple beam balance is a scale used to measuremass.
A triple beam balance is more accurate than a spring operated balance.
The main parts of a triple beam balance are the pan on which objects are placed to be weighed, and the three beams (center, front, and rear) with sliding weights that are used to measure the mass of the object. These beams allow for precise adjustments to find the exact weight.
The adjustment knob on a triple beam balance is used to calibrate the balance. By turning the adjustment knob, you can ensure that the balance is reading accurately and producing correct measurements. It is important to calibrate the balance regularly to maintain its accuracy.