Eukaryotic: mitosis: prokaryote: binary fission
Eukaryotic cells reproduce by mitosis while prokaryotes reproduce by binary fission.
Eukaryotes include fungi, plants, and animals and are complex in structure. They have a nucleus, several organelles and more DNA (deoxyribonucleic acid). Eukaryotic cells undergo mitosis; a form of cell division that usually produces two similar daughter cells with the same genetic component as the parent cell. Prokaryotes include bacteria, and archaea, and are quite simple in structure. They do not have organelles or nucleus, but they have only a small amount of DNA. Prokaryotes undergo binary fission; a type of asexual reproduction in which there is replication and segregation of a single DNA molecule.
Explanation:
A daisy is an autotroph because it produces its own energy (food)
1. without the atmosphere we would be freezing to detah
2. The atmosphere also protects us living things on Earth from the sun's harmful ultraviolet radiation
3.It also protects us from objects coming towards us from the sky such as a meteorite
4. It also provides oxygen for humans and animals so that we can breathe and also carbon dioxide for plants
I hope this helps!
The sense of the location of body parts in relation to the ground and each other is called Kinesthetic sense. Bastian (1888) developed the word "kinaesthesia," which refers to the capacity to perceive the position and movement of our limbs and trunk.
It's a fascinating sense since, unlike our other senses like vision and hearing, we're mostly unconscious of it in our daily lives. Kinesthesia is the knowledge of the position and movement of bodily parts through the use of sensory organs known as proprioceptors, which are found in joints and muscles. Kinesthetic sense is concerned with how we can determine the location of our limbs.
To learn more about Kinesthetic sense, click here.
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Science must be open and aim for the common good. Scientific advancement is done to provide well-being to the population and to facilitate the way in which this population lives, moves, communicates and reinvents itself. As the population is constantly changing, it is necessary that scientific thinking be open to these changes as well.
Social changes, climate change, behavioral and food changes shape current scientific thinking. The advancement of technology is possible, thanks to the human being's ability to change. We can use several examples that prove the need for scientific thinking to be open to change. Among these examples are the changes in the media, the change in scientific thinking about how the human being should communicate has promoted a breakthrough in the technology that has resulted in smartphones, applications and computers that have so much changed the way we communicate.
Another example is the methods of treating diseases, each time disease becomes stronger, more difficult to treat and more common, scientific thinking has to change to formulate treatments more effective and less devastating.
