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How many significant figures are in 0.040?
Two. There are rules of Significant figure is: RULE #1 - All digits 1 through 9 are significant. RULE #2 - Zero is significant when it is between two non-zero digits. RULE #3 - A terminal zero to the right of a decimal point in a number greater than one is significant. RULE #4 - A terminal zero to the right of a decimal point in a number less than one is significant. RULE #5 - A zero used to fix a decimal point in a number less than one is not significant. by Salim Reza
Why Walden's rule not applicable to small size cations?
Walden's rule states that ions of similar size have similar properties. However, for small cations, the high charge density can lead to significant interactions with surrounding molecules, causing deviations from Walden's rule. These interactions can affect properties such as solubility and reactivity, making the rule less applicable for small cations.
How many significant figures in 1.40?
In the number 1.40, there are three significant figures. The zero after the decimal point is considered significant because it helps specify the precision of the measurement. The rule is that all non-zero digits and any zeros between them are considered significant figures.
How does the 10 percent rule apply to the food chain?
in a food chain, energy transfers from one level to another. The 10% rule says that 10% of energy is transfered from one level to another because the rest of the energy is being used by the organism.
How could you find cells that have a highlight cell rule applied?
Use Go to Special and choose conditional formats
What is the 5 percent rule to find if the y intercept is significant?
i will miss you uche i love you god bless you uche
If 297 equals 100 percent what percent is 203?
203 / 297 = 0.6835 = 68.35% or (taking into account the rule of significant figures) 68.4%
Can you use this less than 5 percent rule for all normal probability distributions?
The answer depends on what "this less than 5 percent rule" is, in contrast to some other 5 percent rule!
What is the significance of the running 10 percent rule in training for long-distance races?
The running 10 percent rule is significant in long-distance race training because it recommends increasing mileage by no more than 10 percent each week to prevent injury and allow the body to adapt gradually to the demands of running longer distances. Following this rule helps reduce the risk of overtraining and improves performance in the long run.
What rule can be created about moving the decimal when you are finding 1 percent of a number?
In order to find one percent of a number, simply move the number's decimal point two places to the left.
How do you set up a proportion to find 16 percent of 90?
use the rule: is / of = percent / 100reword the question in your head What is 16 percent of 90?(percent = 16) (of = 90) is is the unknown pick a variable -- xx / 90 = 16 / 100 now solve for xx = 14.4
4.832 has 4 significant digits as a result of which rule?
As a result of the rule that you use the definition of the term - such as significant digits - when finding them for a number.
What is 8 percent of 49?
To find a percent of a number, follow this rule. Suppose you have a number X, and you want to know what is P percent of X. Then P percent of X is (P/100) * X So in this case, you want to find (49/100) * 8, which is 3.92. For another example, what is 75 percent of 8? Then you have (75/100) * 8, which is 6. What is 100% of 8? It is (100/100) * 8, which is 8.
When did the 85 percent rule for social security come to be?
1980
What is the procedure or rule for renaming any decimal into a percent?
divide it
Changing fractions into percents?
To change a fraction to a percent you must first divide! Say you have 1/4 as your fraction. You have to divide the top number by the bottom number, which will give you 0.25. From there, to find a percent from a decimal, you always have to move the decimal point to the right TWICE. So, following that rule, you'll find the percent, which in this case is 25%. :) Hope this helped!
How do you find the rule in a numerical pattern?
explain how to find the rule in a numerical pattern
