Road salt causes corosion of vehicles
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John and Emily could improve their experiment by including a control group of plants that are not watered with salt water, allowing them to compare the effects of road salt more effectively. Additionally, they should vary the concentrations of salt water to observe different levels of impact on growth. Finally, ensuring that all other variables, such as light, soil type, and temperature, are kept constant will help isolate the effects of road salt on plant growth.
salt + road = road salt... keep it up
Road salt can enter groundwater through runoff from roads, where it dissolves and infiltrates the soil. Once in groundwater, salt can increase the salinity of the water, harming aquatic life and affecting the quality of drinking water. High levels of salt in groundwater can also lead to corrosion of infrastructure and impact soil fertility.
Road salt is impure salt directly extracted from mines.
Road salt is used for deicing.
Road salt is used for deicing streets and walkways
Grow two plants of the same genus. Water one with plain tap water - and use a solution of water mixed with road salt to water the other one. Observe the different growth rates and - you have your answer !
The ion chlorine from NaCl or CaCl2 is corrosive for metals (all type of vehicles) or roads.
The disadvantages of having salt on the road are, the it wrecks the tires, the road's, the drains if there are fish in them. The advantages of having salt on the road it makes the road less slippery so there are less car crashes, and it is cheap.
The salt burns plants that are around the road that was salted.
Road Salt One was created on 2010-05-17.