- A monomial is an expression containing a single term.
- A binomial is an expression having two terms.
- A trinomial is an expression having three terms.
- Here -6 is a monomial having a single term -6.
- -5 + x is a binomial containing two terms -5 and x.
- 32x - y is a binomial having two terms 32x and -y.
- 6x² + 5x - 3 is a trinomial having three terms 6x², 5x and -3.
- z² +2 is a binomial having two terms z² and 2.
<u>Answers</u>
- <u>monomial</u>
- <u>binomial</u>
- <u>binomial</u>
- <u>trinomial</u>
- <u>binomial</u>
Hope you could understand.
If you have any query, feel free to ask.
Angle ADB is a right angle, which is given.
The measure of ADB is 90 degrees by definition of right angle.
The two angles are a linear pair (aka they're supplementary) by definition of linear pair (they're formed by two intersecting lines).
The measure of BDC is 90 because BDC + ADB = 180 (definition of linear pair), and ADB = 90 (given).
BDC = ADB because 90 = 90
Overall, the two triangles are congruent by SAS.
Answer:
10
Step-by-step explanation:
just do 4-18 and u get the answer
Answer:
25.60 €.
Step-by-step explanation:
£3 is €4
So £1 is €4/3
and £19.29 = 19.20 * 4/3
= 25.60 €
An aritmetic sequence is like this

where a1=first term and d=common difference
geometric is

where a1=first term and r=common ratio
can it be both aritmetic and geometric
hmm, that means that the starting terms should be the same
therfor we need to solve

what values of d and r make all natural numbers of n true?
are there values that make all natural numbers for n true?
when n=1, then d(1-1)=0 and r^(1-1)=1, so already they are not equal
the answer is no, a sequence cannot be both aritmetic and geometric