In Newton's Second Law m experiment, we have that the equation that best fits the linear regression of a graph of Tensio

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In Newton S Second Law M Experiment We Have That The Equation That Best Fits The Linear Regression Of A Graph Of Tensio 1 (73.66 KiB) Viewed 35 times

In Newton's Second Law m experiment, we have that the equation that best fits the linear regression of a graph of Tension vs. Acceleration is: y = 0.694x + 0.23 If we know that the mass of the cart (M) is of 600 grams, how much would be the hanging mass (m)? Express your answer in Kilograms, to two decimal places, without units. Hints / additional information: The angle of the thread in the cart is negligible (O). The thread does not stretch and is of negligible mass Create the free-body diagrams for both objects. "Linearize" the resulting expression. Remember the Total Mass of the system 8 the experimento e segunda M m de Newton, tenemos que la congue mejor esta a la represiones de una grafica de Tensionerin y-0.69+0.25 Seconocemos que la masa del carrito Mjes de 600 gramos. cuanto seria la masa colgantemi! Exprece su respuesta en logramos a dosures decimales son unidades Hintainformación adicionat El angulo del hilo en el carrito es despreciable Eho no estras de masa despreable Cree los diagramas de cuerpo libre para os bere pronta Recuerde la total de