Write the following expression using the fewest possible terms:

( 5 + 38
y) + (14
y - 2)

(1 point)
Responses

1/8 y − 3
1/8 y − 3

1/8 y + 3
1/8 y + 3

5/8 y − 3
5/8 y − 3

5/8 y + 3
5/8 y + 3

The correct expression using the fewest possible terms is: 5/8y + 3.

Simplify the expression. (7x+6) - (8+x)

To simplify the expression (7x + 6) - (8 + x), you can distribute the negative sign to both terms inside the second parentheses:

7x + 6 - 8 - x

Next, combine like terms:

(7x - x) + (6 - 8)

This simplifies to:

6x - 2

Therefore, the simplified expression is 6x - 2.

Select ALL equivalent expressions to: (7x-2) - (0.04x-3+0.2x)

To simplify (7x - 2) - (0.04x - 3 + 0.2x), let's distribute the negative sign inside the second parentheses:

(7x - 2) - 0.04x + 3 - 0.2x

Combine like terms:

7x - 2 - 0.04x + 3 - 0.2x

Simplify further:

(7x - 0.04x - 0.2x) + (-2 + 3)

Combine like terms:

(6.76x) + (1)

Since there are no like terms to combine further, the simplified expression is:

6.76x + 1

Therefore, the equivalent expression is 6.76x + 1.

The other expressions listed are NOT equivalent to the given expression.

So the correct answer is:

6.76x + 1

Jill is thinking of a number. Four more than three times the number is thirteen. What is the number?

Jill's number is ____

Let's represent Jill's number as "x". The problem states that "Four more than three times the number is thirteen", which means:

3x + 4 = 13

To solve for x, we can subtract 4 from both sides:

3x = 13 - 4

3x = 9

Finally, we can divide both sides by 3 to find the value of x:

x = 9/3

Simplifying, we get:

x = 3

Therefore, Jill's number is 3.

What is the value of y in the equation below?

6(y-1.5)=30

To find the value of y in the equation 6(y - 1.5) = 30, we need to solve for y.

We can start by distributing the 6 to both terms inside the parentheses:

6y - 9 = 30

Next, we can isolate the y term by adding 9 to both sides of the equation:

6y = 30 + 9
6y = 39

Finally, we divide both sides of the equation by 6 to solve for y:

y = 39/6

Simplifying the fraction, we get:

y = 6.5

Therefore, the value of y in the equation is 6.5.

To rent a car you need to pay a flat fee plus $0.20 for each mile that you drive. Which equation could be used to solve for the price of the initial fee if the total cost of a rental was $60 when the car was driven 40 miles?