They are terms that have the same variables like x, 2x and 3x or x2, 2x2 and 3x2
DISIMILAR TERMS are terms with different variables while the similar terms has the same variable!
They are similar terms.
You can compare similar fractions by looking at their numerators. You can compare dissimilar fractions by converting them to similar fractions and looking at their numerators. You can convert a dissimilar fraction to a similar fraction by finding the least common denominator.
Unlike terms.
Subtracting an expression is similar to distributing a negative one because when you subtract a term, you are essentially adding the additive inverse of that term. This is like distributing a negative sign across the terms in the expression, changing their signs. Distributing a negative one involves multiplying each term by -1, which changes the sign of each term. In both cases, the operation results in changing the signs of the terms within the expression.
16x + 16x would be an example of similar terms. Both have corresponding variables (x). The coefficient does not have to be the same for it it have similar terms. Terms are based only on the variable. 16x² + 32x² are similar terms. 16x² + 32x³ are not similar terms.
DISIMILAR TERMS are terms with different variables while the similar terms has the same variable!
Similar terms or like terms are terms with the exact same variable and the variable have the exact same exponents. So x2 and 2x2 are like terms but x2 and x are not.
They are similar terms.
In terms of biomass, deep ocean habitats are similar to Benthic and Abyssal Zones.
The animal most similar to humans in terms of behavior and characteristics is the chimpanzee.
The DNA of humans and dogs is about 84 similar in terms of genetic makeup.
2y+3y
In terms of biomass, deep ocean habitats are similar to Benthic and Abyssal Zones.
The animal species most similar to humans in terms of behavior and intelligence is the chimpanzee.
The DNA of humans and rats is about 85-90 similar in terms of genetic makeup.
They are terms in which each of the variables is raised to the same power (or exponent).