an object is placed on a triple beam balance, and a student moves the sliders until it is balanced with the…

an object is placed on a triple beam balance, and a student moves the sliders until it is balanced with the pointer resting at the zero mark. when the pointer is resting, these are the positions of the sliders: what is the mass of the object? 340.9 g 493.9 g 439.0 g 934.1 g

an object is placed on a triple beam balance, and a student moves the sliders until it is balanced with the pointer resting at the zero mark. when the pointer is resting, these are the positions of the sliders: what is the mass of the object? 340.9 g 493.9 g 439.0 g 934.1 g

Answer

Answer:

A. 340.9 g

Explanation:

Step1: Read top - scale value

The top scale reads 40 g.

Step2: Read middle - scale value

The middle scale reads 300 g.

Step3: Read bottom - scale value

The bottom scale reads 0.9 g.

Step4: Calculate total mass

Total mass = 300 + 40+ 0.9 = 340.9 g.