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astraxan [27]
3 years ago
5

Uae the graph pf three different fluids, below to help you answer the following questions:

Physics
1 answer:
Zolol [24]3 years ago
4 0

1. Explain how fluid B is different from fluid A

if all three fluids were placed together in a jar, which one would float on top explain?

Answer:

Fluid B is different from fluid A in its density.

Explanation:

As you can see in the mass-Volume graph. The ratio of mass to volume of fluid A is more than that of fluid B.

                                           Density = mass/volume

If all three fluids were placed together in a jar, the one with lowest density will float on top. It means that fluid C will float on top as it has the lowest mass/volume ratio.

2.  if each fluid was put into a different cup of the same size, which one would have the most mass explain?

Answer:

Fluid A will have the most mass.

Explanation:

All three fluids have different density. When placed in different cups of same size, we will have equal volume of each of the fluid.

Now that Volume is constant.

Density = mass/Volume

⇒Mass ∝ Density

The most denser fluid will have the most mass.

The answer is fluid A.

3. if you measured 20 g of each liquid, which one would take up the least amount of space explain.

Answer:

Fluid A would take up the least amount of space.

Explanation:

All three fluids have different mass to volume ratio. In this case, 20 g of each fluid is taken. It means that mass becomes constant.

So Density = Mass/Volume

⇒ Density ∝ 1/volume

Volume is inversely proportional to the density of the fluid.

Hence, Fluid with highest density will have the minimum volume.

The answer is fluid A.

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A rod extending between x = 0 and x = 13.0 cm has uniform cross-sectional area A = 8.00 cm2. Its density increases steadily betw
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Answer:

The mass is  m  = 3.45408 kg

Explanation:

From the question we are told that

    The extension  of the rod is from , \   x_1 = 0 \to x_2 = 13.0

     The area is  A =  8.0 cm^2

      The density increase as follows from  \  \rho_1 =2.5 g/cm^2 \to  \rho_2= 19.0 g/cm^3

    The equation  \rho =  B + Cx

at  x_1= 0  \rho_1 =2.5 g/cm^2

So

      2.5  =  B  + 0

=>  B =2.5

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So

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       =>   C = 1.27

Now  

       m  =  8   \int\limits^{13}_{0} {2.5 + 1.27x} \, dx

      m  =  8   [{2.5 +\frac{ 1.27x^2}{2} } ]\left  | 13} \atop {0}} \right.

      m  =  8   [{2.5 +\frac{ 1.27(13)^2}{2} } ]

      m  = 3454.08 g

        m  = 3.45408 kg

         

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<h3>What connection does there exist between voltage and current, current and resistance, and voltage and resistance?</h3>

Ohm's Law describes how current, voltage, and resistance are related to one another. According to this, as long as the temperature doesn't change, the current flowing through a circuit is directly proportional to the applied voltage and inversely proportional to the resistance of the circuit.

The more work a certain quantity of electrons can accomplish at a given voltage. The quantity of electrons that are presently moving through any one point in a circuit at any particular time is known as the current. At the same voltage, a larger current can perform more work. Current times voltage equals power.

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