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Margarita [4]
3 years ago
11

How could you find out which wire is broken in a cable?

Physics
1 answer:
marin [14]3 years ago
6 0

Wires can be subject to aging over time, but there can be other problems that can lead to wire breaks or shorts. In older homes, wires tend to become damaged by dry rot or erode quicker. Rodents can also chew through wires and cause breakages. Loose or poorly soldered wire connections can come apart, too.

How Can You Find a Broken Wire?

To find a broken wire, you'll first need to test the device as a whole. This can be done using a digital multimeter. Multimeters are handheld tools that can take measurements of voltage, amperage, capacitance and resistance.

First, switch off the device you're testing. Unlike with other circuit tests, the multimeter can supply the power needed to conduct the test. Then, turn on your multimeter and set it to the "continuity" setting. Place the meter leads across the device's cord. Place the black end of the multimeter into the round ground port of the device. Place the red in the smaller of the two slotted ports on the device. Make sure the leads are connected to metal in order for the multimeter to work properly. If the resistance is zero, you've found the break. If the resistance isn't zero, continue searching along the cord until you get a zero reading. The zero reading is the indicator of a broken wire.

How Can A Broken Wire Be Fixed?

After using your multimeter as a wire break detector, you can go about fixing the problem. More often than not, the broken wire will need replacing entirely. You should test the new wire with your multimeter before installing it to check that it too isn't broken.

Some very minor wire breaks can be fixed with wire splices or joints. They can then be soldered and covered with electrical tape. There are a variety of different types of wire splice, depending on the types of wires you're fixing.

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When might it be harder to stop a vehicle moving at 30 km/h than one moving at 60 km/h?
rodikova [14]

Answer:

when the momentum of the vehicle moving at 30 km/h is higher than the one from the vehicle moving at 60 km/h

Explanation:

It's much harder to stop a freight truck moving at 30 km/h than a hot wheels car moving at 60 km/h.

4 0
2 years ago
The velocity of blood flow is ________. A) in direct proportion to the total cross-sectional area of the blood vessels B) slower
Leto [7]

Answer:

Option (D)

Explanation:

The velocity at which blood flows in the blood vessels is inversely proportional to the total cross-sectional area of the blood vessels present in the body. This means that if the cross sectional area of the vessels low, then there will be high rate of blood flow, and vice versa. This blood flow is minimum in the case of capillaries, where it gets enough time for the exchanging of essential nutrients as well as gases.

Thus, the correct answer is option (D).

5 0
3 years ago
What is a force that resist the motion of one force over another​
Deffense [45]

Answer:

Friction is a surface force that opposes relative motion.

7 0
4 years ago
Read 2 more answers
A 320 g air track cart traveling at 1.25 m/s collides with a stationary 270 g cart. What is the speed of the 270 g cart after th
Nutka1998 [239]

Answer:

The speed of the 270g cart after the collision is 0.68m/s

Explanation:

Mass of air track cart (m1) = 320g

Initial velocity (u1) = 1.25m/s

Mass of stationary cart (m2) = 270g

Velocity after collision (V) = m1u1/(m1+m2) = 320×1.25/(320+270) = 400/590 = 0.68m/s

7 0
3 years ago
Cole is riding a sled with initial speed of 5 m/s from west to east. the frictional force of 50 n exists due west. the mass of t
stepan [7]
We can calculate the acceleration of Cole due to friction using Newton's second law of motion:
F=ma
where F=-50 N is the frictional force (with a negative sign, since the force acts against the direction of motion) and m=100 kg is the mass of Cole and the sled. By rearranging the equation, we find
a= \frac{F}{m}= \frac{-50 N}{100 kg}=-0.5 m/s^2

Now we can use the following formula to calculate the distance covered by Cole and the sled before stopping:
a= \frac{v_f^2-v_i^2}{2d}
where
v_f=0 is the final speed of the sled
v_i=5 m/s is the initial speed
d is the distance covered

By rearranging the equation, we find d:
d= \frac{v_f^2-v_i^2}{2a}= \frac{-(5 m/s)^2}{2 \cdot (-0.5 m/s^2)}=25 m
3 0
3 years ago
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