Non point source pollution is a greater threat than point source pollution because non point source pollution disrupts the water cycle.
Answer:
constant = changes and control is used as the basis of comparison
Explanation:
Constant variables are variables that do not change
e.g such as the temperature ( if it's meant to be kept at a constant temp).
Control variables are meant to be kept constant to allow for a comparison and thus determine the effect of IV (independant variable) and DV ( dependant variable)
Answer:
C. Both A and B describe errors in the statement.
Explanation:
In fossilization i.e formation of fossils, two terms are used as follows: permineralization and petrification.
- Permineralization is a process whereby the pore spaces of an organism's remains are filled with mineral matter that precipitates from lake and ocean solutions.
- On the contrary, petrifaction or petrification is the process whereby a once-living tissue (matter) are REPLACED by minerals, hence, preserving the organism's structure by turning it into a stone (petros).
According to this question, the student mixed up their definitions by giving the definition of permineralization instead, however, options A and B have described the errors associated with the statement.
Answer:
i willl answer this science question in the comments section
Explanation:
Answer:
The correct answer would be - high risk of developing CHD.
Explanation:
Every animal and humans need some cholesterol to regulate bodily functions such as creating hormones, vitamin d forming, cell membrane and many more. But if someone have too much cholesterol in his body, he must have developed a higher risk of coronary heart diseases or CHD.
The total cholesterol level under 200 mg/dL (milligrams per deciliter) is classified as normal for the adults. Reading between 200 to 239 mg/dL is considered as a borderline where is above 240 mg/dL is considered as high. Alejandro's reading falls under high cholesterol level so he has a higher risk of developing CHD.
Thus, the correct answer is - a higher risk of developing CHD.