Answer:
The quotient of any nonzero integers, a and b, is always a rational number.
Step-by-step explanation:
We know that a rational number is any number that can be written in the
form of , where q is not equal to zero.
- p/q is basically the quotient of integers (non-zero).
p and q integers mean they are rational number. As the quotient is generated by the division of these two numbers, and q is not equal to zero.
- As q can be equal to 1, so every integer is a rational number.
Therefore, the quotient of any nonzero integers, a and b, is always a rational number.
Answer:
0.08=0.8%
0.39=3.9%
0.169=16.9%
0.47=4.7%
8.53=85.3%
0.49=4.9%
5.09=50.9%
3.21=32.1%
0.95=9.5%
0.3=3%
40%=4.0
63%=6.3
90%=9.0
13%=1.3
20%=2.0
689%=68.9
93%=9.3
654%=65.4
4%=0.4
71%=7.1
Step-by-step explanation:
Hope this helped, Have a Wonderful Day!!
Answer: the answer is 20,250
Step-by-step explanation:
35% of 15,000 = 5,250
15,000+5250 = 20,250
Answer:
The answer is -15.
Step-by-step explanation:
1. 2x - 1
2. 2(-7) - 1
3. (-14) - 1
4. -15
By plugging in our x value, we are able to use PEMDAS to multiply 2 and the value of x and then, we subtract 1 from the value we got from step 3 to get -15.
We're given the sequence,
Since is quadratic, should also be quadratic. Replace with (if , then ) in the definition of , and let denote the new coefficients:
Expand the right side:
Coefficients of terms with the same degree should be the same:
So the new sequence is the same, with