Create an appealing visual representation of an abstract problem-solving scenario. Present Samuel, an East Asian male mathematician, working on an equation on a chalkboard. He's holding chalk in his hand and writing out steps to solve an equation. His first step is drawing a big plus seven on the left side. On the board, show four different equations distributed evenly - 2y + 7 = 15, 2y - 15 = 7, 2y + 15 = 7, and 2y - 7 = 15, without any text or numbers. Please apply a 19th-century impressionistic style with watercolor as the primary medium.

Samuel is solving an equation for y . His first step is to add 7 to both sides. Which equation is he solving?(1 point)

Responses

2y + 7 = 15
2 y plus 7 equals 15

2y − 15 = 7
2 y minus 15 equals 7

2y + 15 = 7
2 y plus 15 equals 7

2y − 7 = 15

2y - 7 = 15

Samuel is solving the equation 2y - 7 = 15.

To determine which equation Samuel is solving, we can analyze his first step. He adds 7 to both sides of the equation.

Let's examine each option to see which one matches Samuel's step:

1. 2y + 7 = 15: In this equation, Samuel needs to subtract 7 from both sides to isolate y, not add 7.

2. 2y - 15 = 7: In this equation, Samuel needs to add 15 to both sides, not subtract 15.

3. 2y + 15 = 7: In this equation, Samuel needs to subtract 15 from both sides, not add 15.

4. 2y - 7 = 15: In this equation, Samuel can add 7 to both sides to simplify it further.

Based on the explanation, Samuel is solving the equation 2y - 7 = 15.