some of the technological inventions in climate change innovation
following are some of the technological inventions in climate change innovation:


* giant vacuum cleaners are invented to reduce cardon dioxide concentration from the atmosphere by sequestrating it.
* many satellites are developed in to spot methane leaks as methane traps up to 80 times of heat in comparison to carbon dioxide. satellites are foreseen to help reduce methane emission from the oil and gas industry by 50%.
* an engineer pioneered an underwater pipe to pump cold water into reefs cooling them down since coral reefs are highly sensitive to increment in heat and temperature. the process is known as coral bleaching.
* plastic is providing enormous harm to the wildlife which went on to bring fluctuations in the climate change. introduction of concept of plastic-eating enzymes that break downs plastic in a few numbers of days wherein plastic usually takes years and decades to undergo decomposition.
Cool idea! some benefits of the wind:

1. transportation

wind is used to propel sailboats, hot-air balloon, and aircrafts. aircrafts can increase their ground speed and cut down the flight time with the help of tail wind.

2. wind power

wind can power wind turbines to generate electricity. large scale wind farms can generate enough electricity to power many cities.

you can get more info and see some pictures here:

http://en.wikipedia.org/wiki/wind\_power

3. recreations

wind figures prominently in several popular sports, including recreational sailing, windsurfing, and kiteboarding. finally, wind enables the simple pleasure of flying a kite.

http://en.wikipedia.org/wiki/sailing
http://en.wikipedia.org/wiki/windsurfing
http://en.wikipedia.org/wiki/kitesurfing
http://en.wikipedia.org/wiki/kite\_landboarding heat lost by the vessel and water= [150 x 4.2 x (30 - 5) j + 100 x 0.4 x (30-5)] j = (150 x 4.2 x 25 + 100 x 0.4 x 25) j = (15,750 + 1000) j= 16,750 j heat gained by ice to change into water at 0 °c = m x specific latent heat of fusion of ice = {m x 336} heat gained by water to come to final temperature (5 °c) = m x specific heat capacity of water x final temperature = (m x 4.2 x 5) = 21m if there is no loss of heat to the surroundings, according to the principle of calorimetry: heat gained by ice to melt and come to final temperature = heat lost by vessel and water or 336m + 21m= 16,750 or 357m = 16,750 or m = 16750/357 = 46.92 in the latest models of tvs jupiter, we can set the time. done. [links to api, release notes, derived formulas, etc](https://community.weatherflow.com/t/links-to-api-release-notes-derived-formulas-etc/2450) .

thanks for the request / suggestion [@vinceskahan](/u/vinceskahan) ! Max 

Hello Max,


There is a little typo on the solution. In a warmer winter you will have gas consumption reduced by 10%, that implies a reduction of 10% of sales and variable costs (the hypothesis is to consider them linearly dependant).


Talink about the Infrastructure costs, they are composed by fixed (60%) and variable(40%) costs. Applying the saving on the variable part you have:


240*40%*10%=9.6  

  

So that the new Infrastructure costs will be 240-9.6=230.4  

  

Does it make sense?  

Feel free to contact me if you have any doubt.  

  

Luca hello bo, - - you are absolutely right, we have to add more architectural examples. i will also try to blog about those things. give us some time to come up with those new content. - - thanks for your input. - - all the best, - jan blessenohl - the telerik team - - check out telerik trainer, the state of the art learning tool for telerik products. - A thunderstorm with lots of lighting, wind, and thunder. hi @

yes. this technology sends power and data over just 2 wires.

(despite having the name 1 wire).

<https://www.maximintegrated.com/en/design/technical-documents/tutorials/1/1796.html>

rv mineirin hello,
  

  

these are the important parts in thermodynamics.
  

  

**laws of thermodynamics**
**conduction, convection, and radiation**
**kinetic theory of gases**
**thermal expansion**
**calorimetry**
  

  

i hope this helps.