Answer: natural numbers
Step-by-step explanation:
Answer:
easy peasy,
the 'n' th term of any arithmetic sequence can be found with the following formula
=> a + ( n-1) d, [where 'a' if the first term of the sequence, 'n' the number of term we need to find, and 'd' being the common difference between each two consecutive term of the sequence)
all in this case would be,
a = 0
n = 100
d = +5
hence the 100th term would be,
=> 0 + (100 - 1) 5
=> 99 x 5
=> 495
Answer:
4y^2-6y+24
Step-by-step explanation:
add like-terms with polynomials (Khan Academy) had really good videos on specific examples
Answer:
52 should be the answer
Step-by-step explanation:
first, love the parathesis. subtract 7-2
second 3 raised to the second power
third times 3 raised to the third power by 5 the answer a few u substrates 7-2
fourth 14 divide 2
finally I would add (14/2) 7 + 45 (which is 9 times 5)
read through it carefully by the end if the problem, you should have 52 as the ans
(x-10)(x+9) =0
×=10 x=-9
10 + (-9)
= 1
