In the expression ( k - 3d ), there are two terms: ( k ) and ( -3d ). The coefficient of the term ( k ) is 1 (implied, as no number is written in front of it), and the coefficient of the term ( -3d ) is -3.
It would have been better if you had actually given us the expression, but I will give you the most common possibility.In the expression 3x+5, 3 is called the coefficient
To determine the exponent associated with ( y ) in a given expression, first simplify the expression by combining like terms and applying the laws of exponents. Once the expression is fully simplified, identify the coefficient of ( y ) and the exponent that accompanies it. If the expression contains multiple instances of ( y ), sum the exponents from those instances to find the total exponent associated with ( y ). If you provide the specific expression, I can give a more tailored answer.
To simplify the expression (3x - 3x - 9), first combine the like terms (3x) and (-3x), which cancel each other out to give (0). This leaves you with (-9). Therefore, the simplified expression is (-9).
The expression -5x - 12x - 119 can be simplified by combining like terms. The terms -5x and -12x combine to give -17x, resulting in the simplified expression -17x - 119.
Combine like terms to give 3n + 2
It would have been better if you had actually given us the expression, but I will give you the most common possibility.In the expression 3x+5, 3 is called the coefficient
You have to give it an accent and blow really hard so it comes out with great expression.
The factor of -121m is -1, 121, and m. In this expression, -121 is the coefficient, and m is the variable. The factors indicate the components that multiply together to give the original expression. Therefore, the expression can be factored as -1 × 121 × m.
To determine the exponent associated with ( y ) in a given expression, first simplify the expression by combining like terms and applying the laws of exponents. Once the expression is fully simplified, identify the coefficient of ( y ) and the exponent that accompanies it. If the expression contains multiple instances of ( y ), sum the exponents from those instances to find the total exponent associated with ( y ). If you provide the specific expression, I can give a more tailored answer.
To simplify the expression (3x - 3x - 9), first combine the like terms (3x) and (-3x), which cancel each other out to give (0). This leaves you with (-9). Therefore, the simplified expression is (-9).
The number of terms in a product depends on the specific context and the mathematical expressions involved. For example, in the product of two polynomials, the total number of terms can be found by multiplying the number of terms in each polynomial. If you provide a specific product or expression, I can give a more precise answer.
The expression -5x - 12x - 119 can be simplified by combining like terms. The terms -5x and -12x combine to give -17x, resulting in the simplified expression -17x - 119.
Some vehicles have a low drag coefficient.
If you're asked to simplify an expression, you need to expand all brackets if there are any, and collect all like terms. If the question is a fraction you have to give the answer in its simplest form
How to find the coefficient of uniformity for a particular sample give an example
Yes. If the coefficient of the third degree terms in one polynomial are the additive inverses (minus numbers) of the coefficient of the corresponding terms in the second polynomial. Eg: 3x3 + 2x2 + 5 and -3x3 + x - 7 add to give 2x2 + x - 2
Combine like terms to give 3n + 2