How does salt chemically increase blood pressure

How does salt chemically increase blood pressure

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Salt has ingredients in it, which causes it to increase your blood pressure.

How does salt increase blood pressure?

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Salt increases the blood pressure because as salt levels go up in our bodies, our vessels retain water. Retention of water causes the blood pressure to rise. Some people take medication to lower their blood pressure.

Can salty foods increase low blood pressure?

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Yes they do,temporarily to some extent.Common salt is a hygroscopic substance and retains moisture.That is why you would have seen that during rainy season if salt is kept in an open container,it becomes wet.Similarly if excessive salt is t…

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Q: 1. Which of the following does NOT describe a polymer?(1 point)Polymers are made of monomers.Polymers are large molecules.Polymers usually form by covalent bonding.Polymers are broken down by the process of hydrogenation.2. How many electrons can a carbon atom share?(1 point)onetwothreefour3. Which of the following is a chemical reaction?(1 point)tearing paper into stripsburning paperpicking up iron filings with a magnetmixing salt and sugar in the same container4. Carbon-12, carbon-13, and carbon-14 are _____.(1 point)isotopespolymersradioisotopesmacromolecules5. Unlike carbohydrates and fats, proteins contain _____.(1 point)nitrogencarbonhydrogenoxygen6. Diffusion continues until there is no _____.(1 point)dynamic equilibriumturgor pressureconcentration gradienthomeostasis7. Each of the following is a main idea of the cell theory except _____.(1 point)all organisms are composed of cellsthe cell is the basic unit of organization of organismsall cells are similar in structure and functionall cells come from preexisting cells8. In a chloroplast, the stacks of membranous sacs are called _____.(1 point)stromagranagranathylakoid membrane9. The fluid mosaic model describes a structure with ____.(1 point)polar layers on the outside and nonpolar layer on the insidenonpolar layers on the outside and a polar layer on the insidepolar layers on both inside and outsidenonpolar layers on both inside and outsideFigure 7-610. Which structure in Figure 7-6 is the cell control center?(1 point)AGIM11. Which structure in Figure 7-6 maintains homeostasis?(1 point)BDHL12. If cells are placed in a strong sugar solution, water will _____.(1 point)pass from the sugar solution to the cellspass from the cells to the sugar solutionstay in the cellpass back and forth13. If the sides of a cell double in length, its volume increases by _____ times.(1 point)twofoursixeight14. Among the following, the term that includes the others is _____.(1 point)interphasenuclear divisionmitosiscell cycle15. Unlike plant cells, animal cells contain _____.(1 point)cell wallscentriolesnucleolispindlesFigure 8-516. What cell process is responsible for the effect shown in Figure 8-5?(1 point)active transportpassive transportfacilitated diffusionosmosis17. Chlorophyll traps _____ from sunlight.(1 point)oxygenenergyhydrogenglucose18. Energy is released from ATP when the bond is broken between _____.(1 point)two phosphate groupsadenine and riboseribose and a phosphate groupadenine and a phosphate group19. In respiration, the final electron acceptor in the electron transport chain is _____.(1 point)oxygenATPhydrogen ionsH2O20. Kidneys use energy to move molecules and ions in order to keep the blood chemically balanced. This process is an example of cells using energy to _____.(1 point)carry on chemosynthesistransmit impulsescontrol body temperaturemaintain homeostasis21. Why is the polar property of water important?(3 points)22. What is the difference between an electron microscope and a compound microscope?(3 points)Figure 8-223. The graph in Figure 8-2 shows typical concentrations of several ions inside and outside an animal cell. Concentrations of ions inside the cell are shown in gray, outside in black. Describe the process by which the cell maintains differences in concentration of certain ions inside and outside the cell.(3 points)24. Compare and contrast the terms photosynthesis and cellularrespiration.(5 points)

A: 1.Polymers are large molecules.2. 43. burning aper4. isotopes5. ntrogen6,. dynamic equilibrium7.all cells are similar in structure and function8. grana9.nonpolar layers on the outside and a polar layer on the inside10. fig ?11. fig ?12. pass from the cells to the sugar solution13. 614 cell cycle15 centroile16 fig ?17 energy18 ribose and a phosphate group19 oxygen20 hemoeostasis21 try urself22 try urself23 fig ?24 http://www.ehow.com/how_4532526_compare-photosynthesis-cellular-respiration.html