integers: 1. ? 2. ?
2. c = -3
integers: 1. ? 2. ?
3. c = 6
integers: 1. ? 2. ?
4. c = 12
integers: 1. ? 2. ?
I asked this question a couple of minutes ago and I feel like it isn't being understood completely so I edited the question to specify a little bit and posting it again. I am hoping you all understand it now and give me the best results. A huge thank you to all who attempts to answer!
Answer:
Look at explanation plz
Step-by-step explanation:
1) so we know that b cannot be anything lower than 0
So let’s substitute -7 in place of c:
x^2+bx-7
Factors of -7: 7,-1. -7,1
Only factor pair that Will not result in a negative or 0: 7,-1
Integers for B: 7,-1
Let’s do the same with number 2:
X^2+bx-3
Factors of -3: 3,-1. -3,1
Only factor pair that will not result in a negative or 0: 3,-1
Integers for B:3,-1
3) you know the drill:
6= 3,2 -3,-2. 6,1 -6,-1
Positive integers of 6: 3,2 or 6,1
Values for B: 3,2 OR 6,1 your choice
4) 12= 12,1. -1,-12. 4,3. -4,-3 6,2. -6,-2
Values for B: 12,1 or 4,3 or 6,2
To find the number of black bicycles in a total of 25 bicycles given a ratio, divide the total number of bicycles by the total number of parts in the ratio and multiply by the number of parts representing black bicycles.
To find the number of black bicycles, we first need to find the total number of parts in the ratio. The ratio of gray bicycles to black bicycles is 6 to 9, which means the total number of parts is 6 + 9 = 15. We can then calculate the number of black bicycles by dividing the total number of bicycles by the total number of parts and multiplying by 9. So, the number of black bicycles is (25/15) x 9 = 15 bicycles.
#SPJ2
B) $48.42
C) $7.11
D) $71.10
Answer:
Smaller the size you started with
Step-by-step explanation:
Because for example 100 times .30 is 30 100+30=130 and 130 times .30 is 39 100-39=91. 100 > 91
First of all observe that
So, we have
We can simplify the input as
The logarithm of a multiplication is the sum of the logarithms:
Finally, invoke the logarithm property
to get the final answer