9x5 -- 2x3 -- 8y+ 3This polynomial has four terms, including a fifth-degree term, a third-degree term, a first-degree term, and a constant term.This is a fifth-degree polynomial.4b4 + 9w2 + zThis polynomial has three terms, including a fourth-degree term, a second-degree term, and a first-degree term. There is no constant term.This is a fourth-degree polynomial.a one-term polynomial, such as 6x or 3x^2, may also be called a "monomial" ("mono" meaning "one")a two-term polynomial, such as 2x + f or 4x2 -- 7, may also be called a "binomial" ("bi" meaning "two")a three-term polynomial, such as 5x + h + s or x4 + 7d2 -- 4, may also be called a "trinomial" ("tri" meaning "three")hint: ^ means to the raised poweri got a little help with this but i hope this is what you were looking for?
1. it useful in geometry 2. used for drawing a straight line It's used for drawing 30, 60 and 90 degree angles. There is also a version for 45 degree angles.
Terms with the same variable(s). In like terms, you may add, subtract, multiply, or divide them. In the equation 3x - 5ax + 9x = 7ax, the 5x and the 10x are like terms because they both contain variables of the same value. Thus, we are allowed to add them up and get 12x. The -5ax and the 7ax are also like terms and if we add 5ax to both sides (after we add 3x to 9x), we'll get the equation 12x = 12ax.
Yes, because all of the other 4 angles are also equal.
Multiply out all brackets (parentheses). Combine "like" terms. "Like" terms are those where any algebraic letters and their powers are exactly the same, but the numbers before them (the coefficients) may be different. Thus 2x2y and 3x2y are like terms and should be combined to make 5x2y. But 2x2y and 3xy2 are not like terms since in the first it is x that is squared while in the second it is y. Similarly, x and x2 are not like terms. Also, when combining terms, remember that x2y is 1x2y.
To convert from degrees Celsius into degrees Rankine, add 273.15, multiply by 9, and divide by 5. For example, 0 degrees Celsius is equal to (0 + 273.15) = 273.15 x 9 = 2458.35 / 5 = 491.67 degrees Rankine. R = 9/5 (C + 273.15) For every additional degree Celsius, the difference between Rankine and Celsius increases by 9 / 5 = 1.8 degrees - the same amount as it increases for x+1 degrees Fahrenheit. Here is a small table: 0 degrees C = 491.67 Rankine. 1 degree C = 493.47 Rankine. 2 degrees C = 495.27 Rankine. Similarly, for every increase of one degree Fahrenheit, the number of degrees Rankine increases by 1. For example: 32 Fahrenheit = 491.67 Rankine 33 Fahrenheit = 492.67 Rankine. To convert Celsius to Rankine, first convert Celsius to Kelvin by adding 273.15, then multiply by 9/5 or by 1.8 to get the Rankine temperature. R = 9/5 (C + 273.15) *Rankine is the Fahrenheit temperature scale re-adjusted to start at absolute zero, so it is also the Fahrenheit temperature plus 459.67 degrees. -459.67°F = 0 R
it is measured like a burn; first, second, and third degree. Some also measure it by superficial and deep.
Degree of hotness is typically measured in units of temperature, such as degrees Celsius or degrees Fahrenheit. The sensation of heat can also be described subjectively using terms like "warm," "hot," or "scorching."
Because temperature as well as angles are measured in degrees. There is also a degree in higher academic qualifications.
The absolute measure of temperature is Kelvin. The most common measure is degrees Celsius (or centigrade) but there are also degrees of the Fahrenheit, Reaumur, Rankine, Romer, Delisle and Newton scales.
the unit used to measure angle is degree. It is also measured in radians.
one fundamental difference: euler formula only considers failure due to buckling, while rankine-gordon also takes into effect the compressive stress.
one fundamental difference: euler formula only considers failure due to buckling, while rankine-gordon also takes into effect the compressive stress.
In order to answer this question you would also have to supply a pressure. Knowing what scale those degrees are on would also help; if it's Fahrenheit or Celsius and the pressure is about 100 kPa, then it would be a gas; if it's Rankine at the same pressure, it's a solid.
Kelvin is a unit of temperature in the International System of Units (SI), based on the absolute zero point, where 0K is absolute zero. Rankine is a unit of temperature in the Imperial system, also based on absolute zero, where 0°R is absolute zero. The main difference is the scale used for measurement (Celsius for Kelvin and Fahrenheit for Rankine).
The abbreviation for Doctor of Divinity is DD. Note that this abbreviation can also be used for other terms, such as Draft Dodger.
Movement is typically measured in distance units such as meters, feet, or kilometers. In the context of physics, movement can also be measured in terms of velocity (distance traveled per unit of time) or acceleration (change in velocity per unit of time).