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kherson [118]
3 years ago
5

In the water circuit model which part represent the wire 1)pump 2)pipes 3)tap

Physics
1 answer:
yaroslaw [1]3 years ago
3 0

Answer:

pipes

Explanation:

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What is the mass of a crane that has a weight of 697,005.40N?
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Explanation:

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Which of the following best describes a magnet?
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C
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A very long, solid insulating cylinder has radius R; bored along its entire length is a cylindrical hole with radius a. The axis
lawyer [7]

Answer:

The value of the electric field is E_{net} = \dfrac{r \textbf{b}}{2\epsilon_{0}}

Explanation:

We know that the electric field inside a solid cylinder at a distance \textbf{r} from the centre is given by

E = \dfrac{\rho \textbf{r}}{2 \epsilon_{0}}

Let's consider the cross-section of the cylinder as shown in the figure. Let `O' be the centre of the long solid insulating cylinder having radius 'R'. Also consider that O' be the cetre of the hole of radius 'a' situated at a distance 'b' from 'O'. Given, the volume charge density of the material is 'r'. So, the volume charge density inside the hole will be '-r'. Let's consider 'P' be any arbitrary point inside the hole situated at a distance 's' from O'.

So, the electric field 'E_{O}' due to the long cylinder at point 'P' is given by

E_{O} = \dfrac{r \textbf{c}}{2 \epsilon_{0}}

and the electric field 'E_{O'}'due to the hole at point 'P' is given by

E_{O'} = \dfrac{\rho \textbf{s}}{2 \epsilon_{0}}

So the net electric field (E_{net}) inside the hole is given by

E_{net} = E_{O} - E_{O'} = \dfrac{r}{2\epsilon_{0}}(\textbf{c - s}) = \dfrac{r \textbf{b}}{2\epsilon_{0}}

5 0
4 years ago
A 20 cm long spring is attached to a wall. The spring stretches to a length of 22 cm when you pull on it with a force of 100 n.
kenny6666 [7]

Answer:

5000 N/m

Explanation:

Hooke's law for the spring is

F = k \Delta x

where here we have

F = 100 N is the force applied to the spring

k is the spring constant

\Delta x = 22 cm - 20 cm = 2 cm = 0.02 m is the stretching of the spring with respect to its equilibrium position

Solving the equation for k, we find the spring constant:

k=\frac{F}{\Delta x}=\frac{100 N}{0.02 m}=5000 N/m

8 0
4 years ago
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