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Sav [38]
3 years ago
11

The type of energy possessed by a fluid above its base level is

Physics
2 answers:
Nonamiya [84]3 years ago
5 0

Answer:

Potential energy.

Explanation:

By the definition of potential energy we know that it is the energy possessed by the body by the virtue of its position. It is different from kinetic energy which is the virtue of the motion of a body.

Now formula of potential energy is:

PE = mgh

Where

PE = Potential energy

m = Mass of body

g = Acceleration due to gravity

Now imagine a container filled with water. Everyone knows that water is contained in form of tiny molecules which can be considered as layers on each other. Now the layers get higher and higher, each molecule on the higher layer is getting farther and farther from the base line of container.

Now according to formula of potential energy,

mass and acceleration due to gravity are same but height is increasing continuously, thus every molecule has greater potential energy comparing the molecule which belongs to the lower layer. In this way you can see that the only energy contained by the molecules of fluid at the higher level than the base is potential energy.

Now PE at base = mgh(1)

PE = at height = mg(h2)

since h2>h1

So magnitude of potential energy at the higher level will increase. So you can say that, above the base level, energy possessed by a fluid is Potential Energy.

zysi [14]3 years ago
3 0
Potential energy due to gravity
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k = spring constant of the spring = 100 N/m

m = mass hanging from the spring = 0.71 kg

T = Time period of the spring's motion = ?

Time period of the oscillations of the mass hanging is given as

T = (2π) √(m/k)

inserting the values in the above equation

T = (2 x 3.14) √(0.71 kg/100 N/m)

T = (6.28) √(0.0071 sec²)

T = (6.28) (0.084) sec

T = 0.53 sec

hence the correct choice is D) 0.53

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What can help a scientist identify any object in a group of objects?
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Three polarizing filters are shown in the figure below. The alignment of each filterâs transmission axis is shown, as measured f
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If the mass of the object is doubled and the speed is halved then kinetic energy will change by a factor of:
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Two masses —m1 and m2— are connected by light cables to the perimeters of two cylinders of radii r1 and r2 respectively, as show
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Answer:

Part a)

Mass of m2 is given as

m_2 = \frac{20}{3} kg

Part b)

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\alpha = 1.96 rad/s^2

Part c)

Tension in the rope is given as

T = 176.6 N

Explanation:

Part a)

When m1 and m2 both connected to the cylinder then the system is at rest

so we can use torque balance here

m_1g r_1 = m_2 g r_2

20 g(0.5) = m_2 g(1.5)

10 = 1.5 m_2

m_2 = \frac{20}{3} kg

Part b)

When block m_2 is removed then system becomes unstable

so force equation of mass m1

m_1g - T = m_1 a

also we have

T r_1 = I\alpha

now we have

m_1g = \frac{I a}{r_1^2} + m_1 a

a = \frac{m_1g}{\frac{I}{r_1^2} + m_1}

a = \frac{20 (9.81)}{\frac{45}{0.5^2} + 20}

a = 0.981 m/s^2

so angular acceleration is given as

\alpha = \frac{a}{r_1}

\alpha = \frac{0.981}{0.5}

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Part c)

Tension in the rope is given as

T = \frac{I\alpha}{r_1}

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T = 176.6 N

7 0
3 years ago
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