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what massage does is break that cycle & rock and water which create our planet are in a constant cycle they transform | 1 |
why pipe freezing is a problem water has a unique property in that it expands as it freezes & heating and water pipes freeze and burst | 0 |
why pipe freezing is a problem water has a unique property in that it expands as it freezes & water pipes can freeze and burst | 0 |
when water freezes that water expands & water pipes can freeze and burst | 0 |
why pipe freezing is a problem water has a unique property in that it expands as it freezes & winter temperatures sometimes fall below freezing | 1 |
why pipe freezing is a problem water has a unique property in that it expands as it freezes & winter it freezes over | 1 |
heating and water pipes freeze and burst & brick expands and contracts with freezing and heating conditions | 1 |
heating and water pipes freeze and burst & winter temperatures sometimes fall below freezing | 1 |
water pipes can freeze and burst & winter temperatures sometimes fall below freezing | 1 |
pipes can burst unless theres someplace for the expanded water to go & sometimes in winter love can go astray | 1 |
pipes can burst unless theres someplace for the expanded water to go & and sometimes that love comes from someplace completely suspected | 1 |
heating and water pipes freeze and burst & heating cables or tape can be installed to prevent freezing in the winter | 1 |
water freezes at zero degrees celsius & water expands as it freezes | 0 |
water freezes at zero degrees celsius & water expands when it freezes | 0 |
on the celsius scale zero degrees is the freezing point of water & water expands as it freezes | 0 |
on the celsius scale zero degrees is the freezing point of water & liquids expand when they freeze | 0 |
on the celsius scale zero degrees is the freezing point of water & water expands as it freezes into ice | 0 |
on the celsius scale zero degrees is the freezing point of water & water expands when it freezes | 0 |
fresh water ponds begin to freeze at zero degrees celsius & water expands as it freezes | 0 |
on the celsius scale zero degrees is the freezing point of pure water & water expands as it freezes | 0 |
when water freezes that water expands & water freezes at zero degrees celsius | 0 |
water freezes at zero degrees celsius & liquids expand when they freeze | 1 |
water freezes at zero degrees celsius & water expands as it freezes into ice | 1 |
when water freezes that water expands & ice is frozen water | 0 |
what happens on the ice stays on the ice & how the secret of the world expands and stays the same | 1 |
what happens on the ice stays on the ice & like farmers the business has expanded to stay profitable | 1 |
what happens on the ice stays on the ice & another company that decided to stay and expand in utah is iomega | 1 |
what happens on the ice stays on the ice & whatever experience arises stay with it expand it and heat it up | 1 |
water expands as it freezes into ice & crashes and freezes happen | 1 |
water expands as it freezes into ice & then the screen freezes and nothing happens | 1 |
what happens on the ice can be much different sometimes & theory to be expanded sometime in the future | 1 |
what happens on the ice can be much different sometimes & different glass expand or contract differently | 1 |
what happens on the ice can be much different sometimes & different liquids expand by different amounts | 1 |
what happens on the ice can be much different sometimes & sometimes progress comes by expanding frontiers | 1 |
water expands when it freezes & if its cold enough to freeze water its cold enough to freeze pagans | 0 |
when water freezes that water expands & water freezes into ice when cooled | 0 |
air expands when warmed and contracts when cold & warm air was created by the warm temperature of the water | 1 |
air expands when warmed and contracts when cold & rinse in warm water air dry | 1 |
air expands when warmed and contracts when cold & warm air can hold water | 1 |
when water freezes that water expands & if its cold enough to freeze water its cold enough to freeze pagans | 1 |
when it does absorb water it expands and when it dries again it shrinks & with the dry air the cold is no so cold | 1 |
air expands when warmed and contracts when cold & warm water can interact with cool air such that the moisture goes into the air as it is warmed up | 1 |
when it does absorb water it expands and when it dries again it shrinks & today it is cold and dry | 1 |
when it does absorb water it expands and when it dries again it shrinks & earth is dry and cold | 1 |
when it does absorb water it expands and when it dries again it shrinks & winters are cold and dry | 1 |
water freezes at 32 degrees fahrenheit and 0 degrees celsius & ice is formed at 0 degrees celsius | 0 |
when water freezes that water expands & upon further cooling to 32 degrees fahrenheit water expands as it turns to ice | 0 |
water freezes at 0 degrees centigrade or 32 degrees fahrenheit & when ice or snow finally reach 0 degrees centigrade the excess energy goes into melting | 1 |
water freezes at 32 degrees fahrenheit and 0 degrees celsius & dry ice is at 80 degrees celsius | 1 |
water freezes at 32 degrees fahrenheit and 0 degrees celsius & clear ice occurs most often in the 0 to minus 10 degree celsius temperature range | 1 |
water freezes at 32 degrees and water boils at 212 degrees & meringue powder is used for royal icing meringue and boiled icing | 1 |
water freezes at 32 degrees and boils at 212 degrees & meringue powder is used for royal icing meringue and boiled icing | 1 |
water freezes at 32 degrees and water boils at 212 degrees & if the reaction starts to boil add more ice | 1 |
water freezes at 32 degrees and water boils at 212 degrees & students love to boil water with an ice cube | 1 |
water freezes at 32 degrees and water boils at 212 degrees & fusion is the melting of ice and vaporization is the boiling of water | 1 |
water freezes at 32 degrees fahrenheit and 0 degrees celsius & for example ice beers are a 0 | 1 |
when water freezes that water expands & water density is determined by temperature | 0 |
chemical properties are exhibited when a pure substance undergoes a chemical change & hardwoods and softwoods are chemically similar the difference is density | 1 |
chemical properties are exhibited when a pure substance undergoes a chemical change & chemical methods provide sufficient energy density | 1 |
chemical properties are exhibited when a pure substance undergoes a chemical change & intensification is a chemical method of increasing the density of the photographic image | 1 |
density density of a substance is the mass of a substance per unit of volume & extrinsic properties include volume mass and temperature | 1 |
density density of a substance is the mass of a substance per unit of volume & mass and volume are properties of threedimensional objects | 1 |
density density of a substance is the mass of a substance per unit of volume & growth rate is the change in cell number or mass per unit time | 1 |
chemical properties are exhibited when a pure substance undergoes a chemical change & chemical reactions lack the energy density to efficiently fuel a launcher | 1 |
for a given substance it is the ratio of the density of that substance to the density of water & property loss from frozen water pipes is common | 1 |
density density of a substance is the mass of a substance per unit of volume & density is an intensive property while both mass and volume are extensive properties | 1 |
for a given substance it is the ratio of the density of that substance to the density of water & heat changes the properties of water | 1 |
water pipes can freeze and burst & water expands as it freezes | 0 |
freezing water pipes burst because of lateral pressure from the ice & when temperatures fall below freezing again the water turns to ice and expands 9 percent | 0 |
water pipes can freeze and burst & when the temperature drops the water freezes and expands making the cracks deeper and wider | 0 |
when water freezes that water expands & water pipes can freeze and burst | 0 |
freezing water pipes burst because of lateral pressure from the ice & water expands as it freezes into ice | 1 |
freezing water pipes burst because of lateral pressure from the ice & ice however expands when it freezes | 1 |
pipes can burst unless theres someplace for the expanded water to go & birds go to the poles and survive extremely low temperatures | 1 |
pipes can burst unless theres someplace for the expanded water to go & warm temperatures and low humidity go hand in hand | 1 |
pipes can burst unless theres someplace for the expanded water to go & for low temperatures the integrant is very small unless k is close to zero | 1 |
freezing water pipes burst because of lateral pressure from the ice & when the water freezes the ice expands and cracks the rock | 1 |
much water is lost because of burst pipes & gasses tend to expand much more rapidly with temperature changes | 1 |
beets and zucchini are moderately tolerant & variable mild to moderate cord expansion was observed in 6 patients | 0 |
when water freezes that water expands & beets tolerate mild freezes | 0 |
beets tolerate mild freezes & freezethaw cycles involve the expansion of water as it freezes | 1 |
beets tolerate mild freezes & expansion of water at freezing allows ice to float on top of liquid water | 1 |
beets tolerate mild freezes & gods breath sends the ice freezing wide expanses of water | 1 |
beets tolerate mild freezes & regular water freezes at 32 fahrenheit but salt water freezes at a much lower temperature | 1 |
beets and zucchini are moderately tolerant & mild to moderate splenomegaly is common | 1 |
beets and zucchini are moderately tolerant & megakaryocytes are mildly to moderately decreased | 1 |
beets and zucchini are moderately tolerant & reaction is moderately or mildly alkaline | 1 |
tolerance levels or how much damage can be tolerated & for example mild dna damage induces a low level of p53 expression | 1 |
tolerance levels or how much damage can be tolerated & vehicle damage was reported as mild | 1 |
mollusks have a circulatory system with one or two hearts that pump blood & arthropods and most mollusks have an open circulatory system | 0 |
arthropods have an open circulatory system and separate sexes & and then sex is kind and proud | 1 |
arthropods have an open circulatory system and separate sexes & kind of like sex is for catholics | 1 |
arthropods have an open circulatory system and separate sexes & new kinds of sex are no different | 1 |
arthropods have an open circulatory system and separate sexes & safe sex is the sexiest kind there is | 1 |
arthropods and most mollusks have an open circulatory system & kaneohe bay is the home of many kinds of fish coral mollusks and turtles | 1 |
arthropods have exoskeletons jointed appendages a segmented body and an open circulatory system & hence a symbol is a kind of appendage to the word | 1 |
arthropods and most mollusks have an open circulatory system & coral reefs are homes to thousands of different kinds of fish sponges algae and mollusks | 1 |
insects other arthropods and mollusks have an open circulatory system & balloons are kind of like insects | 1 |
insects other arthropods and mollusks have an open circulatory system & paper mache insects make different kinds of insects | 1 |
insects other arthropods and mollusks have an open circulatory system & kaneohe bay is the home of many kinds of fish coral mollusks and turtles | 1 |