Answer: The answer to the question "what works all the time but never sleeps" can vary depending on the context or interpretation. Here are a few possible answers:
Explanation:
1. A machine or technology: Machines such as computers, servers, or automated systems can work continuously without needing sleep. They can perform tasks, process information, or operate machinery 24/7.
2. The human brain: While humans do need sleep for rest and rejuvenation, the brain never stops working. Even during sleep, the brain continues to regulate bodily functions, process information, and even dream.
3. Nature: The natural world is constantly active and functioning. For example, plants continue to photosynthesize, animals continue to move and hunt, and ecosystems continue to interact and evolve, even during the night.
4. Time: Time is always progressing and never stops. The concept of time keeps working, and events and processes occur continuously, regardless of day or night.
These are just a few possible answers. The correct response may depend on the specific context or intended interpretation of the question.
Answer: A man
Explanation:
A man works all day and never gets the chance to sleep.
O a solution
O a constraint
O an idea
O a trade-off
Answer: constraintnp
If a person is pushing a desk across the room, then there is an applied force acting upon the object. The applied force is the force exerted on the desk by the person. The normal force is the support force exerted upon an object that is in contact with another stable object.
hope it helps
B. current (I)
C. voltage (V)
D. voltage (A)
Answer: The correct answer is Option C.
Explanation:
Ohm's Law is the law which has given a relationship between current, potential difference and the resistance in a circuit. This law states that the current flowing through the conductor is directly proportional to the potential difference across two points.
Mathematically,
or,
where,
V is the potential difference across two points. It is expressed in Volts (V).
I is the current through the conductor. it is expressed in Amperes (A).
R is the resistance. It s expressed in Ohms
We are given:
By putting these values in above equation, we can easily calculate the value of voltage expressed in volts.
Hence, the correct answer is Option C.
True
I hope it's help !