Answer:
natural fertilizers such as compost, green maure, animal manure
Explanation:
The Green Revolution was a movement whose main goal was to drastically increase the agriculture yields in every location. They accomplished this by using hybrid seeds, irrigation, chemical fertilizers, pesticides, fossil fuels, farm machinery, and high-tech growing and processing systems, all of which greatly contributed towards this goal. Therefore the one thing that was not part of the Green Revolution's innovations was natural fertilizers such as compost, green maure, animal manure, mainly due to the fact that these were the traditional use that would lead to the same agriculture yields.
Answer: wireframe
Explanation:
Wireframe is a flowchart illustrating the site structure of a website. A website wireframe shows the website's skeletal framework.
It should be noted that the wireframe shows the arrangement or the page layout for the content of the website which includes the navigational systems and the interface elements and how they both combine to work together.
Answer:
the recycle bin?
Explanation:
usually when you overwrite something or delete it, it doesn't get entirely deleted rather stored in the recycle bin on your desktop i believe, and so you could retrieve applications through there
Answer:
a) only one digit changes as the number increases.
Explanation:
Let us first understand what does it mean when we say only one digit changes as the number increases using the Reflected Binary code (also called Gray code)
consider the 4 bit representation of Binary coded decimal and RB codes
Decimal | Binary code | Reflected binary (RB) code
0 0000 0000
1 0001 0001
2 0010 0011
3 0011 0010
4 0100 0110
5 0101 0111
As you can see in the case of binary codes, there are more than one digit changes between two consecutive numbers.
But notice that in the case of Gray codes, there is always one digit change between two consecutive numbers.
The problem with the binary codes is that the more digits change there states the greater is the chance of ending up with random transitional values rather than real values which can be incorrect. The RB code solves this problem by only changing one digit at a time.
The RB code is widely used in linear and rotary encoders, error correction and digital logic design.