- #1
acat
- 6
- 0
7.0588 = sin(10.4*∏*t)
how do i transpose this to solve the equation finding a value for t?
thanks
how do i transpose this to solve the equation finding a value for t?
thanks
Actually, no, what you posted wasn't the full problem. Why is x = 0.6 m? Why is a = 0.085 m? What situation does this equation model? You need to post the entire word problem. It's possible you plugged in the wrong values for the variables.acat said:hmmm here is the full problem, i thought i could solve it with the first question.
acat said:micromass i wouldn't dream of expecting others to finish homework for me. I am just struggeling with this 1 step of my problem and its really bugging me. I am simply asking for help with this 1 step so id feel confident to go off on my own and finish my problem.
Anyhow, ill post the problem up later on. thanks
Transposing a problem means changing the form or structure of a problem without changing its meaning. This can be helpful when solving mathematical equations or analyzing data.
Transposing a problem can make it easier to solve or understand. It can also help identify patterns or relationships that may not have been apparent in the original form.
The process of transposing a problem will vary depending on the type of problem. In general, you will need to rearrange the elements of the problem in a different order or manipulate the variables to find a new solution.
Sure, for example, if you have the equation y = 2x + 4, you can transpose it to solve for x instead of y by subtracting 4 from both sides and then dividing by 2. The transposed equation would be x = (y-4)/2.
One tip is to always check your work after transposing a problem to make sure the solution is still valid. It can also be helpful to practice with simpler problems before tackling more complex ones.