Answer:
3-ethoxy-3-ethyl-5-methylheptane
Explanation:
In this case, we have to identify the longest chain of carbon in this case the longest chain is made with 7 carbons. Then we have to assign carbon 1. In this case, carbon 1 is the one nearest to the ethoxy group. With this in mind, we will have a methyl on carbon 5, a methyl on carbon 3 and an ethoxy group in carbon 3, so the name would be 3-ethoxy-3-ethyl-5-methylheptane.
See figure 1
I hope it helps!
Answer:
D. Kingdom Fungi includes organisms that get energy by absorbing materials in their environment.
Explanation:
Organisms in the domain Eukarya are characterized by the possession of a well defined NUCLEUS in their cells. Kingdoms in this domain include animalia, plantae and fungi.
- Kingdom animalia contains multicellular organisms that are strictly heterotrophic i.e. cannot synthesize their own food, hence, rely on other organisms for nutrition.
- Kingdom plantae contains multicellular organisms that are capable of movement but not independently i.e. they cannot move from their fixed positions.
- Kingdom Fungi includes organisms that get energy by absorbing materials in their environment via a structure called MYCELIUM.
I think It might be 329 cm3. I'm not too sure if this answer matches any of your multiple choice questions, and I'm not too sure if this is correct either.
Sorry if I get it wrong. ~(*~*)~
Nitric oxide occurs in the tropospheric nitrogen cycle, but it destroys ozone in the stratosphere. The equation for its reaction with ozone is :
NO + O3 → NO2 + O2
The equation of reverse reaction is:
NO2 + O2 → NO + O3
When Nitrogen oxide reaches the stratosphere, it breaks down to form nitrogen oxides. These reactions causes ozone-depletion. This gas has become the largest ozone destroying factor.
Nitrogen oxide is produced due to fertilizers and at sewage treatment plants. In 1980s, Man-made CFCs started to make holes on the ozone but it was banned due to the treaty of Montreal Protocol. Regular Emission of NO can cause worse situation than CFCs.
If you need to learn more about the production of Nitric oxide, click here
brainly.com/question/16170873?referrer=searchResults
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Answer:
At a given temperature, a system of particles can be considered as point masses (m) each moving at a certain translational velocity (v). The motion of these particles can be defined in terms of their average translational kinetic energy which is responsible for the heat transfer during molecular collisions and therefore the temperature of the system.
The kinetic temperature T is given in terms of the average translational kinetic energy as:
T = 2/3k(Kinetic energy)
T = 2/3k(1/2*m*v²)
where K = Boltzmann constant
Ans: C) Average translational kinetic energy