Answer:
Visible light
Radio waves
Explanation:
Although these different types of electromagnetic radiation share many basic properties (for example, they all travel at the same speed - the speed of light -), each interacts differently with matter. For example, our body is transparent to X-rays, but it is not transparent to visible light; Our eyes respond to visible light, but not to gamma rays, and our radios detect radio waves, but not ultraviolet light. Visible light, some regions of infrared radiation and millimeter and radio waves can be seen from the earth's surface. Therefore, astronomers require different types of telescopes to detect radiation at these varied wavelengths. For example, a radio telescope that detects radio waves from space is very different from an X-ray telescope, or an ordinary optical telescope. On the other hand, some regions of the infrared, ultraviolet light, X-rays and gamma rays require telescopes outside the Earth's atmosphere, since it prevents their passage.
Answer: Any chemical reaction is an example of a chemical change. Examples include: Combining baking soda and vinegar (which bubbles off carbon dioxide gas)Jan 13, 2020
Explanation:
Options to the question :
A- blood viscosity
B- osmolarity of interstitial fluid
C- turbulence
D-length of a blood vessel
E- blood vessel diameter
Answer:
Total peripheral resistance is NOT related to B ( osmolarity of interstitial fluid).
Explanation:
Total peripheral resistance( also called systemic vascular resistance) is defined as the total opposition to the flow of blood in systemic circulation. Increase in total peripheral resistance leads to high blood pressure while it's decrease leads to low blood pressure. Factors that contributes to total peripheral resistance in systemic circulation includes:
- blood vessel diameter
- blood viscosity,
- lengthy of a blood vessel and
- turbulence.
