<span>A substance has a melting point of 0°c and a boiling point of 100°c the substance is most likely:
</span>A) water
Answer:
- <em>If a piece of iron were placed close to this device, the iron nail would move toward the piece of iron.</em>
Explanation:
The description of the built device corresponds to a temporal electromagnet: as long as the battery is connected and supplying the potential difference (voltage) the iron nail will have magnet properties.
Since magnets attract and are attracted to iron, the iron nail and the piece of iron would feel attracted to each other.
The question is confusing because it asks what would happen to a piece of iron if it were placed close to this device, but it should be what happens to the iron nail if a piece of iron were placed close to this device.
Then, assuming the iron nail is free to move it would move toward the piece of iron due to the electromagnetic force.
In order to calculate for the volume of the diamond, just
first convert the given carat by multiplying it to the given conversion to
weight. Since the weight that will be obtained is in milligrams convert it into
grams then divide it with the density. The volume of the 1.18 carat diamond is
0.0672 ml.
The scientific notation for 8,950,000 is
8.95 × 10^6