Please help - VBA for Excel

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Example 3-7 This example extends Newton's method from your Calculus I class to a real-world orbital mechanics problem. It uses the method to solve Kepler's Equation. Kepler's equation is not one of Kepler's three laws. Kepler's equation relates the satellite's angular position to the time. It's a very common calculation and I imagine that at this instant there are hundreds of computers solving this equation hundreds of times per second. That is because this equation allows you to estimate where a satellite will be in a given (small) amount of time. We are constantly tracking thousands of satellites and Kepler's equation is one of the formulas that can be used to support that tracking Example 3-7 This example extends Newton's method from your Calculus I class to a real-world orbital mechanics problem. It uses the method to solve Kepler's Equation. Kepler's equation is not one of Kepler's three laws. Kepler's equation relates the satellite's angular position to the time. It's a very common calculation and I imagine that at this instant there are hundreds of computers solving this equation hundreds of times per second. That is because this equation allows you to estimate where a satellite will be in a given (small) amount of time. We are constantly tracking thousands of satellites and Kepler's equation is one of the formulas that can be used to support that tracking