Mark44 said:The equation is a cubic in h, so isolating h entails factoring the cubic, which is nontrivial.
HallsofIvy said:Not if that "V" is non-zero!
"Solving for h" means finding the value of the variable h in a mathematical equation. In this case, we are trying to find the value of h when given the variables V, tnα, and d.
Solving for h in this context allows us to determine the height of an object or the distance between two objects when we know the variables V, tnα, and d.
To solve for h, we can use the formula h = V * tnα * d. This formula represents the relationship between the variables and allows us to find the value of h by plugging in the known values for V, tnα, and d.
V represents the initial velocity of the object and tnα represents the sine of the angle of launch. These variables are important in determining the height of the object and their values will affect the final result for h.
Yes, this equation can be used for any object or situation where we know the initial velocity, angle of launch, and distance traveled. However, it is important to note that this equation is only accurate for objects moving in a uniform gravitational field.