Find the resultant force on the body

Reference no: EM13320272

A body of mass 2.65 kg moves along the x-axis, and its motion is described by the equation x = 6 sin (13 t + 2), where x is in m and t is in s.

(a) Find the resultant force on the body at t = 0.100 s.

(b) Find the resultant force on the body at t = 0.200 s.

Reference no: EM13320272

Questions Cloud

Determine the total mechanical energy of the system : A 2.10 kg mass attached to a spring oscillates with a period of 0.375 s and an amplitude of 20.5 cm. Find the total mechanical energy of the system

Estimate the communitys water requirements in 2010 : The water treatment capacity in 1995 was 165 ML/day. A survey showed that the average per capita water use rate was 700 L/(person.day). Estimate the community's water requirements in 2010

Explain penaltyies that can be imposed on manager : Explain the penalty(ies) that can be imposed on a manager by the monitoring and enforcement mechanisms in place to restrict such activity.

Why are viruses difficult to remove from water supply system : Compare the relative contributions of a treated water supply and the collection, treatment and disposal of human wastes towards the control of epidemic diseases in developing countries.

Find the resultant force on the body : A body of mass 2.65 kg moves along the x-axis, and its motion is described by the equation x = 6 sin (13 t + 2), Find the resultant force on the body at t = 0.100 s

Determine the depth of flow if the flow is to be non-erosive : A trapezoidal channel is to be excavated in alluvial material on a bed slope of 1:10000. The side slopes will be 1(vertical) : 2(horizontal). Details of the bed material are as follows: Particle diameter 4 mm

Reamer company uses a predetermined overhead : Reamer Company uses a predetermined overhead rate based on machine-hours to apply manufacturing overhead to jobs. The company has provided the following estimated costs for next year

Write factors of quarterly financial reports is misleading : What are two factors about quarterly financial reports that can be misleading if the analyst does not consider them when performing analysis of quarterly reports?

Obtain the tension in the rope : A 6-kg bucket of water is being pulled straight up by a string at a constant speed. What is the tension in the rope

User Account

All Pages