well lets say i have to subtract 34 and 20 which is 14 so i would take the sum and the subtractor which is 20 the i would do 20 plus 14 which is 34
Hope this helps!
Answer:
first pattern: +2, +3 (repeated)
first missing terms: 19, 24
second pattern: *2, +1
second missing terms: 30, 31
Step-by-step explanation:
first pattern:
1. subtract the second term with the first, (6-4=2) then then third with the second (9-6=3).
2. repeat until to prove the pattern, +2, +3
3. apply pattern to missing term, (16+2=19) and (21+3=24)
second pattern:
1. since subtracting the terms does not give us a pattern, try dividing when possible, (6/3=2) and (14/7=2). then subtract the other terms (7-6=1) and (15-14=1)
2. find pattern from calculation, *2, +1.
3. apply pattern to missing terms, (15*2=30) and (30+1=31).
hope this helped! ♡
It should be an 84.99% of decrease, or 85% of decrease if rounded. You can simply use the is/of=%/100 formula and input the values to solve the equation.
We are given a quadratic equation to solve.
This requires our knowledge of factorization.
The factorization of the quadratic equation is given below:
To find the root of the quadratic equation, we equate the factorized form to zero
The factored form is:
(5x + 3)(x + 4)
The roots are:
x = -3/5 or x = -4
