What will happen to mongo seed when soak in water or acidic water?
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http://www.google.com.au/search?hl=en&safe=off&q=mongo+seed&btnG=Search&meta=
471901
Soak your feet for 15-20 minutes in lukewarm water to which you can add salt, crushed mustard seeds or alum. If you can procure all three, then even better! Towel dry.
128526
Apply some heat. It will turn to white and this is the sign of losing its water.
373520
Acidic rainfall dissolves soluble rock, such as limestone.\n\nThis article has some examples and pictures of Karst topography:  http://en.wikipedia.org/wiki/Karst
960282
Check for the optimum texture and pH for the grass.\n\n\nFor the amoeba,i guess it is contractile vacuole.
846947
It depends on your definition of "danger", "residue", and "use".  If the use was acid neutralization, the only danger would be the salt formed and its impact on rusting metal.  If the NaOH was not "used up", it will stay basic for years, the pH indicating the level of "danger".  The residues could be caustic, salt, or a salt from how it was used.  You have to test to see what it is or know the "use".
1180992
depends on the strength of the base actually.  water is amphoteric which means it can act like an acid or a base.  if a weak base is put in water the water can neutralize it, but water is quickly overrun yielding the below equation.\n\nB + H2O yields HO- +BH\n\nthis makes the water basic.
433515
Within 7-28 days, but some may take longer\n\nThey must be germinated in a closed container with high humidity and remain on the surface- not be buried
28087
That is correct. Flour, being from ground seed, contains more water than baking soda which contains no moisture if sealed.
836307
The amobea will shrivel and die.  Osmosis causes solutions to find equalibriam by moving from places of high concentration to low conetration.  Because the solution of saline in the water is high there is a lower concentration of free H2O that that in the cytoplasm of the amobea; thus the H20 from within the amobea will move, throgh the membranous cell wall trying to create a balance where both bodies (saline solution and cytoplasm) have equal parts sodium and H2O\n\nleave the kid be...if you had this stuff when you were in school you would have used the hell out of it.   Don't pretend you wouldn't...Besides...it is a valid research tool...qualitative research.
873270
depends on if you tap water contains chlorine or not.\nif it does than let it sit out for 24 hours before using it on a plant.\n\n\npersonally i use well water.\n\ndistilled water would probably leach minerals from the soil as it drains through.
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some plants have hook shaped fruits.. it can hook onto animals n be carried off to different places\n\nDandelion has light featherlike seeds exposed to air that can be blown off with the wind\n\nPlants near waterbodies have seeds that can float on water.. so again they can be deposited in far off places\n\nThere r various other adaptations in the links below.. check em out..
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yes it will in the begining, then it will depend on the water level of the milk and orange juice ,if the soil will get very acidec then it will kill the plant and vice versa this means thet if it gets alkaline then it will kill the plant too.
200563
When plants take in H2O and minerals, the concentration changes from that of the surrounding soil. The concentration difference causes the plant to absorb more water and nutrients(including salt). For plants exposed to large amounts of salt in a short time, this means they absorb more than they need. As they have no way to get rid of it(with the exception of the mangrove), the plants end up dying.
496337
Actually, you might find that some water may pass into the egg during the cooking process by Osmosis. Google or wikipedia this to find out how it works.\nIt will probably be only a tiny change though.
814399
Pure silica sand will be unaffected by hydrogen peroxide. Salt (NaCl) will be dissolved in the H2O2-solution.\n\nIf you take sand from the garden or similar sources, the sand will have impurities (bacteria, decomposed organic matter, up to short fragments of roots) which will react with the H2O2 - large particles will be bleached, smaller ones will be oxidized and dissolved. H2O2-solution is used to free sediment samples of organic "glues" which prevent sieving. Depending on the degree of organic contamination, concentrations between 5 and 25% are used. Too strong solutions meeting lots of organic material will heat up, foam up and create a mess that can bleach skin and attack surfaces and organs (eyes, other tissue). Thinning with cold water usually slows down the foaming.
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any vegetable ash, contains alkalis that is pottassium and sodium hydroxides (or oxides if fresh) (oxides rapidly absorb moisture from air to form hydroxides.) Alkali react with acids to form salts and water so ashes reduce soil acidity. Any plant matter contains pottassium and sodium also other metals such as magnesium and calcium, all end up as hydroxides in the ash, all react with soil acids. The more calcium and magnesium in the ash the slower but more long lasting the effect as these are less soluble so not washed out of the soil quickly. Ash should be spread onto soil and mixed with the top layer, if rainfall in area is low it should be watered in otherwise allow natural rainfall to do that, the amount of ash to use would depend on the acidity of soil and relative concentration of Na , K vs Ca and Mg