Equation of Continuity
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PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360922 Consider a horizontally oriented syringe containing water located at a height of \(1.25\;m\) above the ground. The diameter of the plunger is \(8\;mm\) and the diameter of the nozzle is \(2\;mm\). The plunger is pushed with a constant speed of \(0.25\;m/s\). Find the horizontal range of water stream on the ground. Take \(g = 10\;m/{s^2}\)
supporting img

1 \(4 m\)
2 \(2 m\)
3 \(16\;m\)
4 \(1\;m\)
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360923 The piston of a syringe pushes a liquid with a speed of \({1 {~cm} / {s}}\). The radii of syringe tube and needle are \({R=1 {~cm}}\) and \({r=0.5 {~mm}}\) respectively. The velocity of liquid coming out of the needle is

1 \({100 {~cm} / {s}}\)
2 \({200 {~cm} / {s}}\)
3 \({400 {~cm} / {s}}\)
4 \({800 {~cm} / {s}}\)
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360924 A liquid is allowed into a tube of truncated cone shape. Identify the correct statement from the following.

1 The speed is high at the wider end and low at the narrow end.
2 The speed is low at the wider end and high at the narrow end.
3 The speed is same at both ends in a streamline flow.
4 The liquid flows with uniform velocity in the tube.
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360925 A piston of a syringe pushes a liquid with a speed of \(1\;cm/\sec \). The radii of the syringe tube and the needle are \(R = 1\;cm\) and \(r = 0.5\;mm\) respectively. The velocity of the liquid coming out of the needle is
supporting img

1 \(20\;cm/\sec \)
2 \(10\;cm/\sec \)
3 \(2\;cm/\sec \)
4 \(400\;cm/\sec \)
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PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360922 Consider a horizontally oriented syringe containing water located at a height of \(1.25\;m\) above the ground. The diameter of the plunger is \(8\;mm\) and the diameter of the nozzle is \(2\;mm\). The plunger is pushed with a constant speed of \(0.25\;m/s\). Find the horizontal range of water stream on the ground. Take \(g = 10\;m/{s^2}\)
supporting img

1 \(4 m\)
2 \(2 m\)
3 \(16\;m\)
4 \(1\;m\)
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360923 The piston of a syringe pushes a liquid with a speed of \({1 {~cm} / {s}}\). The radii of syringe tube and needle are \({R=1 {~cm}}\) and \({r=0.5 {~mm}}\) respectively. The velocity of liquid coming out of the needle is

1 \({100 {~cm} / {s}}\)
2 \({200 {~cm} / {s}}\)
3 \({400 {~cm} / {s}}\)
4 \({800 {~cm} / {s}}\)
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360924 A liquid is allowed into a tube of truncated cone shape. Identify the correct statement from the following.

1 The speed is high at the wider end and low at the narrow end.
2 The speed is low at the wider end and high at the narrow end.
3 The speed is same at both ends in a streamline flow.
4 The liquid flows with uniform velocity in the tube.
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360925 A piston of a syringe pushes a liquid with a speed of \(1\;cm/\sec \). The radii of the syringe tube and the needle are \(R = 1\;cm\) and \(r = 0.5\;mm\) respectively. The velocity of the liquid coming out of the needle is
supporting img

1 \(20\;cm/\sec \)
2 \(10\;cm/\sec \)
3 \(2\;cm/\sec \)
4 \(400\;cm/\sec \)
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PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360922 Consider a horizontally oriented syringe containing water located at a height of \(1.25\;m\) above the ground. The diameter of the plunger is \(8\;mm\) and the diameter of the nozzle is \(2\;mm\). The plunger is pushed with a constant speed of \(0.25\;m/s\). Find the horizontal range of water stream on the ground. Take \(g = 10\;m/{s^2}\)
supporting img

1 \(4 m\)
2 \(2 m\)
3 \(16\;m\)
4 \(1\;m\)
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360923 The piston of a syringe pushes a liquid with a speed of \({1 {~cm} / {s}}\). The radii of syringe tube and needle are \({R=1 {~cm}}\) and \({r=0.5 {~mm}}\) respectively. The velocity of liquid coming out of the needle is

1 \({100 {~cm} / {s}}\)
2 \({200 {~cm} / {s}}\)
3 \({400 {~cm} / {s}}\)
4 \({800 {~cm} / {s}}\)
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360924 A liquid is allowed into a tube of truncated cone shape. Identify the correct statement from the following.

1 The speed is high at the wider end and low at the narrow end.
2 The speed is low at the wider end and high at the narrow end.
3 The speed is same at both ends in a streamline flow.
4 The liquid flows with uniform velocity in the tube.
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360925 A piston of a syringe pushes a liquid with a speed of \(1\;cm/\sec \). The radii of the syringe tube and the needle are \(R = 1\;cm\) and \(r = 0.5\;mm\) respectively. The velocity of the liquid coming out of the needle is
supporting img

1 \(20\;cm/\sec \)
2 \(10\;cm/\sec \)
3 \(2\;cm/\sec \)
4 \(400\;cm/\sec \)
NEET DIGITAL LIBRARY
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360922 Consider a horizontally oriented syringe containing water located at a height of \(1.25\;m\) above the ground. The diameter of the plunger is \(8\;mm\) and the diameter of the nozzle is \(2\;mm\). The plunger is pushed with a constant speed of \(0.25\;m/s\). Find the horizontal range of water stream on the ground. Take \(g = 10\;m/{s^2}\)
supporting img

1 \(4 m\)
2 \(2 m\)
3 \(16\;m\)
4 \(1\;m\)
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360923 The piston of a syringe pushes a liquid with a speed of \({1 {~cm} / {s}}\). The radii of syringe tube and needle are \({R=1 {~cm}}\) and \({r=0.5 {~mm}}\) respectively. The velocity of liquid coming out of the needle is

1 \({100 {~cm} / {s}}\)
2 \({200 {~cm} / {s}}\)
3 \({400 {~cm} / {s}}\)
4 \({800 {~cm} / {s}}\)
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360924 A liquid is allowed into a tube of truncated cone shape. Identify the correct statement from the following.

1 The speed is high at the wider end and low at the narrow end.
2 The speed is low at the wider end and high at the narrow end.
3 The speed is same at both ends in a streamline flow.
4 The liquid flows with uniform velocity in the tube.
PHXI10:MECHANICAL PROPERTIES OF FLUIDS

360925 A piston of a syringe pushes a liquid with a speed of \(1\;cm/\sec \). The radii of the syringe tube and the needle are \(R = 1\;cm\) and \(r = 0.5\;mm\) respectively. The velocity of the liquid coming out of the needle is
supporting img

1 \(20\;cm/\sec \)
2 \(10\;cm/\sec \)
3 \(2\;cm/\sec \)
4 \(400\;cm/\sec \)
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