SOLUTION: I hope this is the right topic Background info: You are given the equation y(t)=2sin(4πt) + 5cos(4πt), which models the position of the weight, with respect to time. You need

Question 1169790: I hope this is the right topic
Background info:
You are given the equation y(t)=2sin(4πt) + 5cos(4πt), which models the position of the weight, with respect to time. You need to find the amplitude of the oscillation, the angular frequency, and the initial conditions of the motion. You will also be required to find the time(s) at which the weight is at a particular position. To find this information, you need to convert the equation to the first form,y(t)=A sin(wt+Φ)
More background info:
y(t) = distance of weight from equilibrium position
w= angular frequency (measured in radians per second)
A = amplitude
Φ = phase (depends on initial conditions)
c1 = AsinΦ
c2 = AcosΦ
Question:To rewrite y(t)=2sin(4πt) + 5cos(4πt) in the form y(t)=A sin(wt+ Φ), solve for Φ
THANK YOU SO MUCH IN ADVANCE FOR HELPING ME!

Answer by ikleyn(52898) (Show Source): You can put this solution on YOUR website!
.

duplicate.

Just solved under this link

https://www.algebra.com/algebra/homework/logarithm/logarithm.faq.question.1169852.html

https://www.algebra.com/algebra/homework/logarithm/logarithm.faq.question.1169852.html

RELATED QUESTIONS
I have no idea what the topic is. Background info: You are given the equation... (answered by ikleyn)

Hope this is the right topic! Sorry if it isn't! Background info: You are given the... (answered by ikleyn)

I don't know what the topic is Background info: You are given the equation... (answered by htmentor,ikleyn)

Hope this is the right topic Question: Write y(t)=2sin(4πt) + 5cos(4πt) in the form (answered by htmentor,ikleyn)

-7(11 - 4w) - 15w = -27 - (50 - 13w) (hope I got this in the right... (answered by jim_thompson5910)

I sure hope that I chose the right topic, if not I apologize. I am stuck on this word... (answered by rossiv53)

i dont know which topic this is but here is the equation through: (-3, -2), prep. to... (answered by rothauserc)

"Tell whether this equation represents a direct variation. If so, identify the constant... (answered by rothauserc)

What is the smallest natural k for which k! is divisible by 2016? The topic is on... (answered by richard1234)