Explanation:
Acoustic.
In general, soft, pliable, or porous materials (like cloths) serve as good acoustic insulators - absorbing most sound, whereas dense, hard, impenetrable materials (such as metals) reflect most.
Answer:
In ancient Greek Mythology, Amphitrite was a sea goddess and wife of Poseidon and the queen of the sea. She was a daughter of Doris and Nereus (or Oceanus and Tethys). Under the influence of the Olympian pantheon, she became the consort of Poseidon and was later used as a symbolic representation of the sea.
The lock shield valve is known to be another specialty valve widely used in hydronic systems provides the ability to isolate, flow balance, and even drain individual heat emitted.
<h3>What is a lock shield valve?</h3>
The Lockshield valve is known to be a kind of a valve that is seen on a radiator.
Note that it is known to be a kind of a valve that is often used to aid one in the balancing of the radiator and that of the central heating system as in full.
Therefore, It is one that can be opened to a lot of amounts to let in a a given amount of pressure based on where the radiator is and therefore, The lock shield valve is known to be another specialty valve widely used in hydronic systems provides the ability to isolate, flow balance, and even drain individual heat emitted.
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Answer:
R = 160 Ω
Explanation:
For this problem, we will simply apply Ohm's law to find the resistance in the circuit. Ohm's law is as follows:
Voltage = Current x Resistance
We can solve the law for resistance:
Resistance = Voltage / Current
And now we just plug in our values:
Resistance = 5.6V / 35mA
Resistance = 5.6V / 0.035 A
Resistance = 160 Ω
Hence the resistance of the circuit is 160 Ω.
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Answer:
The mass of air that has entered the tank is 8.86Kg
Explanation:
We are given:
We first calculate the intial and final masses,
Therefore:
= 1.18 * 2.15 = 2.54
= 5.30 * 2.15 = 11.4
Therefore to find the mass of air inside the tank, we use:
= 11.4 - 2.54 = 8.86Kg
Therefore the mass of air inside the tank is 8.86Kg
