Answer:
The complete program is as follows:
m_str = input('Input m: ')
mass = float(m_str)
e = mass * 300000000**2
print("e = ",e)
Explanation:
This is an unchanged part of the program
m_str = input('Input m: ')
This converts m_str to float
mass = float(m_str)
This calculates the energy, e
e = mass * 300000000**2
This is an unchanged part of the program
print("e = ",e)
Answer: Theta Guardian
Explanation:
THETA is used to stake as a Validator or Guardian node, contributing to block production and the protocol governance of the Theta Network. By staking and running a node, users will earn a proportional amount of the new TFUEL generated. Relayers earn TFUEL for every video stream they relay to other users on the network.
Imagery is a feature of written and spoken language and occurs whenever someone has chosen to use language in a non-literal way.
Imagery is a way of describing something symbolically, using words to create a picture in the reader's imagination.
In the Close Reading paper you need to be able to recognise imagery and to consider how successful the imagery is at conveying to you what the writer is trying to express.
Imagery frequently conveys more than just meaning. It is used to heighten the effect of language and is often an extension of word-choice.
Normally an image will extend to a phrase or a few words but sometimes it will be longer.
The simplest form of imagery to recognise is when something or someone is compared to something else, with the purpose of establishing some parallel between the two. Images of this kind frequently concern qualities like beauty, speed, force, power and natural and animal traits.
Answer:
- <u>1,000W</u> (rounded to one significant figure)
Explanation:
I will answer in English.
The question is:
- <em>What is the power of a filament lamp that connects to the 220 V network, knowing that it has a resistance of 50 ohms?</em>
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<h2>Solution</h2>
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<em>Power</em>, <em>voltage</em>, <em>resistance</em>, and current, are related by either of the following equations:
Where:
- R is resistance in ohms (Ω)
- V is voltage in volts (V), and
- I is current in amperes (A)
Since you know the voltage (<em>220V</em>) and the resistance (<em>50Ω</em>), you can use the last equation:
Since the magnitude 50Ω has one significant figure, your answer should be rounded to one significant figure. That is <u>1,000W.</u>