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What is an example of a cubic function that will be in quadrants 1 2 and 3 only?
Lrsazw
Start with y = x3, which will run through the origin, and only be in quadrant 1 & 3. Now add 1 (shifting it up 1 unit), so you have y = x3 + 1, which intersects the x-axis at x = -1, and satisfies your requirements.
f(x) = x3 - 3x + 4 is a another simple example that makes a prettier curve than the first example, I think.
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How is a power function related to a radical function?
You can write any radical as a power. For example, taking the square root is the same as raising to the power 1/2; taking the cubic root is the same as raising to the power 1/3. Here is an example how you can use this knowledge, to take the cubic root of 125 (which of course is 5) in Excel:= 125^(1/3)
Use Roman Numerals in math?
The roman numerals can be only helpful when you learn about quadrants in the 7th grade. That's only one reason that roman numerals are helpful in math.
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One example is that if you can't raise your arm above your head, due possibly to a painful muscular condition, then you only have a minimum function (use) of your arm.
How would you find the cubic root of a number on a calculator that only has square root?
If the calculator has a power function, you can calculate your number to the power (1/3). This is equivalent to the third (cubic) root. But you can't use the square root to calculate the cubic root. If all else fails, you can try the brute-force approach, raising different numbers to the third power (multiplying the number by itself), until you find a decent approximation. For example, you want the cubic root of 6: 1 x 1 x 1 = 1, and 2 x 2 x 2 = 8, so the cubic root of 6 is between 1 and 2.If the calculator has a power function, you can calculate your number to the power (1/3). This is equivalent to the third (cubic) root. But you can't use the square root to calculate the cubic root. If all else fails, you can try the brute-force approach, raising different numbers to the third power (multiplying the number by itself), until you find a decent approximation. For example, you want the cubic root of 6: 1 x 1 x 1 = 1, and 2 x 2 x 2 = 8, so the cubic root of 6 is between 1 and 2.If the calculator has a power function, you can calculate your number to the power (1/3). This is equivalent to the third (cubic) root. But you can't use the square root to calculate the cubic root. If all else fails, you can try the brute-force approach, raising different numbers to the third power (multiplying the number by itself), until you find a decent approximation. For example, you want the cubic root of 6: 1 x 1 x 1 = 1, and 2 x 2 x 2 = 8, so the cubic root of 6 is between 1 and 2.If the calculator has a power function, you can calculate your number to the power (1/3). This is equivalent to the third (cubic) root. But you can't use the square root to calculate the cubic root. If all else fails, you can try the brute-force approach, raising different numbers to the third power (multiplying the number by itself), until you find a decent approximation. For example, you want the cubic root of 6: 1 x 1 x 1 = 1, and 2 x 2 x 2 = 8, so the cubic root of 6 is between 1 and 2.
Can you convert a cubic to a non-cubic measurement?
Only if you have additional information. For example, if you know the density you can covert the volume into mass. Or, if you know the shape, you may be able to convert the volume into surface area - provided the shape was simple. There are other, more complicated examples.
Can a tangent be negative?
only in quadrants 2 and 3
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There are only four, the word quadrants hints to that quad meaning four.
What is the difference between the body regions and the body quadrants?
Quadrants refers to the torso only.
Does cubic function have vertex?
Cubic functions usually have 2 vertices or none at all. It is not possible for a cubic function to have only one vertex because the end result of both "tails" of a cubic function must tend towards positive infinity and negative infinity (in other words, they are in opposing directions). Having only one vertex would result in the tails tending towards either positive infinity or negative infinity and therfore being in the same direction. For this reason, cubic functions cannot be written in vertex form.
Is it possible for a line to be in only quadrant?
Only in a single quadrant? No. A line can be in two, or in three, different quadrants.
Where does specialized cells mean?
"Specialized" means they have a very particular function in the body. For example, nerve cells only conduct nervous impulses, rod and cone cells only function in vision, gametes only function to pass on genetic information etc.
Why cos x -1 has only one solution you mean cos x is -ve both in second and third quadrants but you are just going for second quadrant taking pie n proceeding?
I assume the question is about cos x = -1. While it is true that cos x is negative in both the second and third quadrants, it reaches the value of -1 where the two quadrants meet, not inside the quadrants. The point where they meet is on the [negative] horizontal axis and x is -pi radians.
How is a power function related to a radical function?
You can write any radical as a power. For example, taking the square root is the same as raising to the power 1/2; taking the cubic root is the same as raising to the power 1/3. Here is an example how you can use this knowledge, to take the cubic root of 125 (which of course is 5) in Excel:= 125^(1/3)
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Function scanf for example. Or, for advanced users: fgets+sscanf
Can the body function correctly with one kidney?
Yes it can. For example people with kidney transplants only have one kidney.
Use Roman Numerals in math?
The roman numerals can be only helpful when you learn about quadrants in the 7th grade. That's only one reason that roman numerals are helpful in math.
What does minimum function mean?
One example is that if you can't raise your arm above your head, due possibly to a painful muscular condition, then you only have a minimum function (use) of your arm.
