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We want to solve the following equation.

2^(x)=2+3x
One of the solutions is 
x~~3.7.
Find the other solution.
Hint: Use a graphing calculator.
Round your answer to the nearest tenth.

x~~

We want to solve the following equation.\newline2x=2+3x 2^{x}=2+3 x \newlineOne of the solutions is x3.7 x \approx 3.7 .\newlineFind the other solution.\newlineHint: Use a graphing calculator.\newlineRound your answer to the nearest tenth.\newlinex x \approx

Full solution

Q. We want to solve the following equation.\newline2x=2+3x 2^{x}=2+3 x \newlineOne of the solutions is x3.7 x \approx 3.7 .\newlineFind the other solution.\newlineHint: Use a graphing calculator.\newlineRound your answer to the nearest tenth.\newlinex x \approx
  1. Understand Equation Complexity: First, we need to understand that the equation 2x=2+3x2^{x} = 2 + 3x is not one that can be easily solved algebraically due to the presence of both an exponential and a linear term. Therefore, we will use a graphing calculator to find the solution.
  2. Graph Two Functions: Using a graphing calculator, we graph the two functions y=2xy = 2^{x} and y=2+3xy = 2 + 3x. We are looking for the points where these two graphs intersect, which represent the solutions to the equation.
  3. Identify Intersection Points: We already know one intersection point, which is approximately x3.7x \approx 3.7. Now we need to find the other point of intersection. We can do this by observing the graph and using the calculator's function to find the intersection point.
  4. Find Solutions: After using the graphing calculator's intersection function, we find that the other solution is approximately x0.8x \approx -0.8. We round this to the nearest tenth as the problem instructs.

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