A variable thats value is greater than zero?
The unknown value of the variable could be greater, less or even equal to 12.50
The number that represents the variable in-7 x greater than or equal to 18 can be a lot of numbers . In -7x x is the variable and its minimum value to make it greater than 18 is -3 . -7 * -3 = 21 which is greater than 18.
Box [and whisker] plots show 5 key statistics of a set of numerical data. It is of no use for qualitative data. From the smallest to the largest, the statistics plotted are: The minimum value The lower quartile (the value of the variable that is greater than a quarter of the observations) The median (the value of the variable that is greater than half the observations) The upper quartile (the value of the variable that… Read More
Any value of x that is more than 4, for example 4.000000000000001
Here, y is a variable & it can take any value. If y = 3, then 5 is greater than y. If y = 5, then 5 is equal to y. If y = 99.123, then 5 is less than y. So, it all depends on the value of y.
The z-score, for a value z, is the probability that a Standard Normal random variable will have a value greater than z.
For a continuous random variable the probability that the value of x is greater than a given constant is?
The integral of the density function from the given point upwards.
If this is an inequality (6 is less than x, or 6 < x), then x is an integer or other value greater than 6. --- The variable statement "6 less than x" is (x - 6) This is a value (variable and constant) where the value of x is determined by an equation such as x-6 = 4 (x is positive 2) or y = x-6 (y is 6 less than x).
5. It does not have a value greater than 12. Consequently, it does not have a value greater than 12 and less than 13.
In mathematics, when we comparing two values if any of the value has a larger value then the sign greater than is used for differentiating that the value is greater than the another value. > is the greater than sign, as in If x is greater than y,then x>y
solution is another name for answer It is the answer to an equation that looks like: 2x>-4 You have to find out what the "x" variable is For 2x > -4 (2 times x is greater than negative 4) you have to get "x" alone to find out what it is (or in other words, to find the solution) so you divide the 2 from the 2x and divide -4 by 2, turning the inequality… Read More
An inequality is when a variable and its coeefecient is greater than something. For example, 5x is greater than 2.
How do you determine if the critical z value of a standard normal distribution is positive or negative?
Use the context: if the variable should be greater than the mean then z is positive and if less than the mean, it should be negative.
True if the variable is non-negative, false if the variable itself is negative.
None. The probability of a continuous variable taking any particular value is always zero. The probability is greater than zero only when an interval (or range) is specified.
The absolute value of 3 is +3. No negative number can have a value greater than +3.
greater as the absolute value of -3 is 3
Miles is greater 1 miles is equal to 1.60 kilometers I Hope thats the answer to this question.
A joint probability can have a value greater than one. It can only have a value larger than 1 over a region that measures less than 1.
Any negative number has an absolute value that is greater than itself.
It is variable
if the value above the line of the fraction is greater than or equal to the value below the lin, then the fraction is equal to or greater than 1 whole.
Greater than (mathematical symbol >) means a value that is larger.
well negative 3 is greater than negative 34 if thats what u ment
When you multiply a fraction by a number greater than one how does the product compare to the fraction?
The absolute value of the answer will be greater than the absolute value of the original.
That depends on the rules that define the random variable.
16.19 has a greater numerical value than 1.619.
An angle whose measure is greater than 0 degrees but less than 90 degrees is referred to as an acute angle.
greater than > less than < pointy end towards the smaller value
The absolute value of a number IS its distance from zero: not greater nor less than it.
If the mean is less than or equal to zero, it means there has been a serious calculation error. If the mean is greater than zero and the distribution is Gaussian (standard normal), it means that there is an 84.1% chance that the value of a randomly variable will be positive.
It is a linear inequality in one variable, a.
Yes, 1.320 is greater than 1.302. Thats because even with the decimal, the greater number is decided like usual numbers as long as negative sign is not present.
greater than > less than < The small end points to the smaller value.
- underrrot 7, as its value comes out to be -2.6457 which is greater than -3 - underrrot 7, as its value comes out to be -2.6457 which is greater than -3
When the numerator is greater than the denominator what do you notice about the values for decimal and percent?
The decimal value will be greater than 1, and the percent will be greater than 100%.
0.2 is a greater value than 0.02
11.6 is greater than 11.13 is.
10.13 is greater than 3.4.
You can think of the absolute value of a number as measuring its distance from zero. 12 is further away than 4 from 0, thus its value is greater.
Which whole number values of x greater than 0 is the value x to the second power is greater then the value of 2 to the power of x?
' x ' = any whole number greater than ' 2 '.
more than a value ...................................well greater than is kind of indescribable if that makes any sense to you.
A number with an absolute value greater than or equal to 1.
0.10 is greater than 0.09 but it has the same value as 0.1
How do you design an If-Then statement or a flowchart with a single alternative decision structure that assigns 20 to the variable y and 40 to the variable z if the variable x is greater than 100?
from, the fortune teller :)
The value of -32 is less than -31 but greater than -33
The IF function is exactly what you need to assign a value based on a logical test, as in: =IF(A1>5,"Greater","Less" than or equals to") This will result in a cell whose value is the string "Greater" if A1 contains a value greater than 5 and "Less than or equals to" if it is not greater than 5. You can also put numbers or even formulas in the values to assign.
It's 10 times greater.
One million times greater.
A positive value is a value that is greater than zero. A negative value is a value that is less than zero.