Calculate the value of sine wave when time is six seconds

Reference no: EM13718777

Compute the right solution of the following question
Question- There is a sine wave described by a function y=5 x sin (20 x t+3.1415).
Part 1- What is its value when time is 6 seconds?
I need help to calculate the value of sine wave when time is six seconds.

Reference no: EM13718777

Questions Cloud

Explain how many grams od sodium flouride and naf : How many grams od sodium flouride,NaF, contain this much flouride. Answer in grams of NaF

Evaluate the equilibrium 135i concentration : Calculate the equilibrium 135I concentration and the equilibrium 135Xe for 3.0 w/o enriched fuel in a reactor that operates with a thermal neutron flux of 1 x 1013/(cm2 x s).

The mass percentage of hydrochloric acid within a solution : The mass percentage of hydrochloric acid within a solution is 28.00%. Given that the density of this solution is 1.141 g/mL, find the molarity of the solution.

What pressure must the holding tank be charged with 38l : A spaceship's maneuvering engine burns hydrogen and oxygen. Hydrogen is to be delivered to this engine at 1.1 atm pressure and 1500 L is required for a planned maneuver. What pressure must the holding tank be charged with if its volume is 38 L?

Calculate the value of sine wave when time is six seconds : There is a sine wave described by a function y=5 x sin (20 x t+3.1415). What is its value when time is 6 seconds?

Recognize and plot the resulting sum of given problem : A signal at 1004 hz is to be sampled by an 8 kHz sampling pulse train. For the first seven harmonics of the sampling frequency. Identify and plot the resulting sum and difference frequencies

What volume of hydrogen gas is required to produce hbr : What volume of hydrogen gas is required to produce 3.2 mL of hydrogen bromide gas. Molecular formula: HBr

The eigenvalues and eigenfunctions : Solve the following eigenvalue problem for the eigenvalues and eigenfunctions: y'' + λy = 0,

Explain what is the partial pressure of each gas : A gaseous mixture made from 6.00 g O2 and 9.00 g CH4 is placed in a 15.0-L vessel at 0 °C. What is the partial pressure of each gas, and what is the total pressure in the vessel

User Account

All Pages