It is an opinion. If you like a platform balance, then it is more accurate to you. If you like a triple beam balance, then that is more accrate for you. It doesn't matter what other people say about it because you might think something else is more accurate. That is why this question is not answered.
A common alternative name for the triple beam balance is the triple beam scale.
A three-beam balance scale is used to measure the mass of an object with greater precision than a simple balance scale. It consists of three beams allowing for more precise adjustments of weights. This type of scale is commonly used in chemistry and physics laboratories for accurate measurements of mass.
The student must know how to properly calibrate and use the triple beam balance to accurately measure the mass of the potassium nitrate crystals. This involves zeroing the balance, adjusting the weights on the beams, and reading the measurements correctly. It is also important to handle the potassium nitrate carefully and avoid any spills or contamination during the process.
The equation for Newton's second law can be represented as F = ma where, * F is the net force in Newton (N) * m is the mass in kilograms * a is the acceleration of gravity m/s2 * Mass = density x volume
IF you knew the volume of the block and the density of the material it was made of you could calculate it mass (mass = density * volume) but it is normal to measure the mass of something using a mass balance.
A triple beam balance is more accurate than a spring operated balance.
A common alternative name for the triple beam balance is the triple beam scale.
To balance an object on a triple beam balance, start by leveling the balance using the leveling adjustment knobs. Then, place the object on the platform and carefully slide the three beams to find the balance point. Adjust the sliders on each beam until the balance is achieved.
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.
When using a triple beam balance, you need to know the weight of the object you are measuring, the unit of measurement (grams or milligrams), and how to properly adjust the balance to achieve an accurate measurement. Ensuring the balance is properly zeroed before use is also essential for accurate results.
These are weighing instruments that have 3 (triple) scales instead of only 1 which makes them very sensitive and rather accurate. Look up 'Triple Beam Balance' or 'Beam Balance' triple.
A triple beam balance is a scale used to measuremass.
The triple beam balance was invented in 1907 by the company Ohaus Corporation. It was designed to provide a more accurate and precise way to measure the weight of objects in laboratories and educational settings.
A triple beam balance has 3 beams to provide greater precision in measuring mass. Each beam represents a different order of magnitude, allowing for more accurate readings compared to a single beam balance. By adjusting the positions of the weights on each beam, users can achieve precise measurements.
The function of a triple beam balance is to find the mass and weight of an object
A triple beam balance has three beams for measuring mass, while a double pan balance has two pans for comparing masses. Triple beam balances are typically more precise and accurate than double pan balances. Triple beam balances are commonly used in laboratories, while double pan balances are often used in classrooms for basic measurements.
The triple beam balance is used to weigh an object's mass in grams.