What is a substance which allows the red blood cells to carry oxygen and iron.

Answers

Answer 1

Answer: The answer is hemoglobin. The substance which allows the red blood cells to carry oxygen and iron is called hemoglobin. It is a protein containing iron. Its main function is to carry oxygen to all the parts of the body.

Answer 2

Answer:

Answer:

Hemoglobins allow the red blood cells to carry oxygen and iron.

Related Questions

According to the kinetic molecular theory, which statement describes an ideal gas?(1) The gas particles are diatomic (2) Energy is created when the gas particles collide (3) There are no attractive forces between the gas particles (4) The distance between the gas particles is small, compared to their size.
In a redox reaction, which particles are lost and gained in equal numbers
What is the correct formula for calcium fluoride
What is the type of intermolecular force between MgNO3 and H2O
How do three states of matter arise?

Polar winds are usually from the________ direction.

Answers

Polar winds are usually from the east direction.

Answer:

Easterly

Explanation:

Stars are formed from interstellar clouds because ofthe Law of Entropy
the Law of Universal Gravitation
the Law of Stellar Evolution
the Law of Propulsion

Answers

The answer is D. Stars are formed from interstellar clouds because of the Law of Universal Gravitation. The interstellar clouds are termed as nebula. When other stars dies a supernova occurs then the gravity from this pushes matter into the clouds until it cannot overcome the gravitational pull and it collapses which heats matter up forming a star.

What name should be used for the ionic compound LiI?

Answers

What name should be used for the ionic compound LiI?

The name that should be used for the ionic compound LiI is Lithium iodide. When naming ionic compounds, you have to take into consideration pairing of two components.

Answer: The given compound is named as lithium iodide.

Explanation:

$LiI$ is an ionic compound because lithium is a metal and Iodine element is a non-metal.

We know that, a bond which is formed between a metal and a non-metal is always ionic in nature.

Ionic bond is formed when there is a complete transfer of electron from an electropositive element (a metal) to an electronegative element (non-metal).

The nomenclature of ionic compounds is given by:

Positive ion is always written first.
The negative ion is written next with a suffix added at the end of the negative ion. The suffix used is '-ide'.

Hence, the name given to $LiI$ will be lithium iodide.

The temperature of a sample of matter is ameasure of the
(1) average potential energy of the particles of
the sample
(2) average kinetic energy of the particles of the
sample
(3) total nuclear energy of the sample
(4) total thermal energy of the sample

Answers

The temperature of a sample of matter is ameasure of the... average kinetic energy of the particles of thesample.

Given the balanced equation:F2 energy → F F
Which statement describes what occurs during
this reaction?
(1) Energy is absorbed as a bond is formed.
(2) Energy is absorbed as a bond is broken.
(3) Energy is released as a bond is formed.
(4) Energy is released as a bond is broken.

Answers

Answer: The correct option is 2.

Explanation: We are given in the question that Fluorine molecule is dissociating into two Fluorine atoms. Equation for the following is given by:

$F_2+energy\rightarrow F+F$

In a chemical reaction if the energy is written at the reactant side, the energy is being absorbed and if the energy is written at the product side, the energy is being released.

From the given chemical equation, the energy is written at the reactant side, so the energy is being absorbed by the reactants in order to break the bond between $F_2$ molecule to form 2 individual Fluorine atoms.

Hence, the correct option is 2.

(2) Energy is absorbed as a bond is broken is the correct answer.

The only way to emit IR photons is if there are empty electronic energy levels really close to the ground state (lowest energy level). True or False

Answers

Answer:

False. The statement is not entirely accurate.

Explanation:

Infrared (IR) photons can be emitted in various ways, not solely dependent on the presence of empty electronic energy levels close to the ground state. IR photons are typically associated with changes in molecular vibrational or rotational energy levels rather than electronic energy levels.

IR spectroscopy, for example, focuses on the interaction of IR radiation with molecules. When molecules undergo vibrational or rotational transitions, they can emit or absorb IR photons. These transitions are related to changes in the kinetic and potential energy of atoms within the molecule as they vibrate or rotate.

Electronic transitions, on the other hand, are responsible for phenomena like ultraviolet (UV) or visible light absorption and emission. In these cases, electrons move between electronic energy levels, which are typically at higher energy levels than the ground state. So, the emission of IR photons is not directly tied to electronic energy levels close to the ground state.

In summary, IR photon emission is primarily associated with vibrational and rotational transitions in molecules, and it is not contingent on the presence of empty electronic energy levels close to the ground state.

Other Questions

which atomic particle determines the chemical behavior of an atom the nucleus, neutron, electron, proton or none of these

Which of the answer choices accurately describes a trend that occurs when moving left to right across periods?(Select all that apply.)reactivity increasesatomic radius increasesatomic mass increasesvalence electrons decrease

Choose the letter of the choice that best completes the statement or answers the question. Elements in the same group have the same __________. A. atomic radius B. energy level of outer electrons C. nuclear charge D. number of valence electrons

A substance that interferes with the action of a catalyst is known as a(n) _____.