Answer:
1. They have to be able to reproduce, either asexually or sexually.
2. They have to be able to respond to stimuli.
3. They have to have cells, either as a unicellular organism or as a multicellular organism.
4. They have to grow and develop.
5. They have to have homeostasis. This means that they can maintain their own body temperature. Think of this as a thermometer for the body.
6. The last thing is that all living things also have to be able to do is move.
Explanation:
In beta-minus decay, a negative electron is emitted which produces a daughter nucleus of one higher atomic number but mass number remains the same<span>.
</span><span>For example:
The decay of the uranium product produces thorium-234 into protactinium -234.
</span>I hope it helped.
The best answer is "Chemistry, biology, and engineering"
Taking courses in chemistry, biology, and engineering would best prepare someone for a career in biotechnology, due to the intersection of of technology and biology, and the need for chemistry to better understand biological systems.
Hail<span> stones </span>are<span> normally much larger than </span>sleet<span> pellets and they </span>can<span> cause damage to crops, windshields, people, etc. </span>Sleet<span> occurs during a winter storm and </span>is<span> caused by rain falling into a cold layer of air aloft which has to be below freezing.</span>
Answer:
Explanation:
If the investigator wishes to watch the movement of C. Elegans (a roundworm), then he should be using compound microscopes. These microscopes are light illuminates and image that can be perceived is a two dimensional. Using this would allow you to magnify to a certain level so you can view individual cells and even cells that are living and moving. Typically compound microscopes can magnify up to 1000 times magnification. It has two convex lenses which has short focal lengths to allow a much higher level of magnification as compared to a simple microscope. These lenses are called the ocular lens and the objective lens.