we are asked in this problem to determine the mass of a liquid in a small container. In order to determine the mass, we use an analytical balance for greater accuracy by first weighing the whole system (liquid+beaker). Then transfer the liquid to another container and completely dry the beaker (wash and dry). measure the weight of the beaker. The mass of the liquid is equal to the mass of the system minus the mass of the beaker.
The correct answer for the given question would be option A. The forces that are present in the given situation above which is an elevator rising at a constant speed, are gravity and tension. Gravity is the force that pulls all matter together. Tension is the <span>pulling force transmitted axially. Hope this is the answer that you are looking for.</span>
The Earth rotates on an imaginary line called an axis, which runs through Earth from the North Pole to the South Pole. The rotation of the Earth causes day
Answer:
in short weight
Explanation:
weight is mass x gravitational pull on an object
Okay, let's get this organized.
Nucleus
↓↓↓↓
Holds the Protons and Neutrons
Orbitals
↓↓↓↓
Electrons
Protons ⇒ Positive particle
Electrons ⇒ Negative charged particles
Neutrons ⇒ No charge
Atomic number → Number of protons in the nucleus
<span>Atomic mass → Protons + neutrons
</span>Answer: <span>The atomic mass of titanium is 47.88 atomic mass units. This atomic mass represents the number of protons plus neutrons in the atom's nucleus. </span>
