4. What is the relationship between the acceleration and the...

4. What is the relationship between the acceleration and the total mass when the net force is held constant?. 5. If the net force due to mass difference remains constant but the total mass increases, what happens to the acceleration?. 6. How does the acceleration of the greater mass (right mass) compare to that of the left mass? 7. Is the acceleration same for both masses?. Write a detailed conclusion about what you have learned in this experiment

Transcript

00:01 Hello student according to this question in fourth part according to according to newton's second law okay according to the newton's second law what is this formula so f net is equal to m multiplied by the acceleration okay this is the newton second law there if f net equals to constant if this value is equals to constant then a will be inversely proportional to the n okay so this is for the fourth part now we will see for the fifth part if f net is constant okay here we have asked that if f net equals to constant and m increases what will be its effects on the acceleration so if m increases this implies that a decreases okay a decreases because a varies inversely as we can see from this first equation okay from equation first okay we will depict this now we will see for the sixth part for the sixth part what we have asked we have asked that what is the acceleration of greater mass and smaller mass so see acceleration of greater mass okay acceleration of greater mass this is equal to what this is equals to acceleration of acceleration of a smaller mass smaller mass that means if we take the acceleration for the greater masses ag this is equals to what as that is the acceleration of the smaller now we will see for the seventh part in the seventh part we have given the pulley system in which there is one rope and there is the another rope this is the mass m1 okay this is the mass m1 and this is the mass m2 here w1 weight 1 or w2 weight 2 is acting and so here is the tension t is acting okay so what will be the equation for this now according to this diagram that sigma f will be equals to m1a that is t will be equals to m1g plus m1a and this we consider as first now for the right side that will be t minus m2g will be equals to m2a so from here t will be equals to m2g plus m2a okay now this will be our second equation now we solve this equation, so what will we get? we get that a will be close to m1 minus m2 divided by m1 plus m2 multiplied by g.

02:46 So this is the acceleration...

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