Answer:
Option 1 -
Step-by-step explanation:
Given : and
To find : f of x over g of x.
Solution :
and
f of x over g of x is
Substitute the value in the formula,
Now, We have to divide the numerator by denominator with the help of calculator.
Refer the attached figure below.
Here, Dividend is
Divisor is
We get, Quotient is
and Remainder is -13.
The form is
i.e.
or in mixed fraction it is written as
Therefore, Option 1 is correct.
Answer:
y=10(x-9)+3
Step-by-step explanation:
Point Slope Formula: y=m(x-x1)+y
y=10(x-9)+3
Answer:
Hotdogs cost $2 and potato crisps $0.75.
Step-by-step explanation:
Let the hotdogs cost $h and the crisps $p
5h + 2p = 11.5
3h + 5p = 9.75
Multiply the first equation by -5 and the second by 2:
-25h - 10p = -57.5
6h + 10p = 19.5 Adding these 2 equations:
-19h = -38
h = $2.
Substitute h = 2 into the first equation:
5h + 2p = 11.5
10 + 2p = 11.5
2p = 1.5
p = $0.75.
Use the variable x for the unknown number.
Answer: 9 (3 + x) = 5
Step-by-step explanation: hope this helps
Answer:
9(X) x 3 =5
Step-by-step explanation:
2. the difference of nine times a number and the quotient of 6 and the same number
3. the sum of 100 and four times a number
4. the product of 3 and the sum of 11 and a number
5. four times the square of a number increased by five times the same number
6. 23 more than the product of 7 and a number
Answer:
1. 15n - 7
2. 9n - (6/n)
3. 4n + 100
4. 3(11 + n)
5. 4n^2 + 5n
6. 7n + 23
Step-by-step explanation:
1. "7 less than fifteen times a number" can be represented as 15n - 7, where n represents the unknown number. This expression means that you take the number, multiply it by 15, and then subtract 7 from the result.
2. "The difference of nine times a number and the quotient of 6 and the same number" can be represented as 9n - (6 / n), where n represents the unknown number. This expression means that you take the number, multiply it by 9, and then subtract the quotient of 6 divided by the same number.
3. "The sum of 100 and four times a number" can be represented as 4n + 100, where n represents the unknown number. This expression means that you take the number, multiply it by 4, and then add 100 to the result.
4. "The product of 3 and the sum of 11 and a number" can be represented as 3(11 + n), where n represents the unknown number. This expression means that you take the number, add 11 to it, and then multiply the sum by 3.
5. "Four times the square of a number increased by five times the same number" can be represented as 4n^2 + 5n, where n represents the unknown number. This expression means that you square the number, multiply the result by 4, and then add the product of the number and 5.
6. "23 more than the product of 7 and a number" can be represented as 7n + 23, where n represents the unknown number. This expression means that you take the number, multiply it by 7, and then add 23 to the result.