potential difference
Toxins are harmful substances produced by living organisms that can cause harm to other organisms. They can be found in various sources such as plants, animals, and chemicals. Exposure to toxins can lead to health issues and should be avoided whenever possible.
Health officials controlled the disease outbreak by burning the huts of the village. His stomach ulcer produced a burning pain whenever he became upset. The archaeologists had a burning desire to locate the ancient ruins before any looters did.
Lithium is cation, because it is positivelycharged. Whenever a single element is positive , like calcium, it will be cation.While oxygen, which is negatively charged, will be anion.
Entropy, or disorder, typically increases whenever energy is transformed from one form to another. This is a reflection of the second law of thermodynamics, which states that in any energy transfer or transformation, some energy is lost as heat and the system becomes more disordered.
Oxygen has an electronegativity of 3.44 Hydrogen has an electronegativity of 2.2 So Oxygen attracts the electrons so the oxygen side of the bond is more negative as the electron are closer to it, this forms permanent dipoles as parts of the molecule are have opposing charges. And that is a polar covalent bond and non polar bond is is where you have two elements with the same EN and the electron is equidistant from them. You can have non polar molecules with polar bonds for example carbon dioxide whitch is linear in shape so the charges cancel each other out.
always...whenever u multiply a negative with a negative it gives a positive other rules are: - * - = + -*+ = - +*+=+ -*-*-=- because - * - is positive multiplied by negative is negative
Actually it does, whenever you mulitply and divide two negative and two positive numbers they always equal a positive number. When you multiply and divide a negative and positive they always equal a negative number.
Whenever you keep a budget, comparing income to spending, you are adding positive and negative values.
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yes, especially with integers too. for example, (-5)-(+3)=-8 even if it was the other around way around so it be a positive subtracted by a negative, the sum would still be a negative. so remember, whenever you have one negative and one positive it will always be a negative!:) sorry, im just in grade 8 so don't judge.. lol
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Basically you can use positive and negative numbers whenever there are two opposites. For example: going up a certain number of meters may be described by a positive number; going down by a negative number - or the other way if you prefer. Earning money may be described by a positive number, spending money, by a negative number. In a coordinate system, "right" might be positive, whereas "left" might be negative. Etc.
If you subtract a negative number from another number, this is the same as adding a number. The two negative actions cancel each other out. & Whenever you are subtracting a negative from a positive (9 - -3) you can turn both negative signs into a positive so the new problem is 9+ +3 = 12 hope that helped
-8. Because whenever you are times-ing or dividing negatives and positives; + times - will always be negative. - times - will always be positive. Obviously, + times + will always be positive. - Dividing is the same thing.
Whenever you have two opposites, you can use positive number for one, and negative numbers for the other. For example: * Having money might be positive, owing money might be negative (owing money is worse than just having nothing). * Getting money might be a positive change; spending money (or otherwise losing it), a negative change. * Places above sea level might be assigned a positive altitude; places below sea level, a negative altitude. * If latitudes north of the equator are defined as positive, then latitudes south of the equator would be negative. Or the other way round.
Negative numbers are useful whenever there are two opposites. For example, going up might be described by a positive number, going down by a negative; gaining money might be described by a positive number, losing money by a negative number. Such numbers will typically NOT be integers; you can use integers whenever the unit used (and the precision required) does not require you to use decimals. For example, "altitude below sea level" will be a negative number; if you don't need numbers less than a meter, you can use whole meters.