Every employee before opting for a job lays emphasis on few important things such as job profile, compensation to be paid, added benefits to the compensation package. No employee is willing to work for cash alone they expect some extra benefits added to their salary, also known as fringe benefits. An employee would definitely before signing a job offer like to negotiate the salary and benefits. Few questions you would like to ask your employer concerning benefits are:
1. Does the employer pay for insurance coverage? If yes, then how much would be the individual insurance cover/or family coverage?
2. Do I have the option of reviewing the insurance plan options provided by the employer?
3. How must sick time, vacation time or holidays would be provided and from what time period will I start earning these benefits?
4. What would be the pension plans available?
5. If required will the company provide for any training or educational benefits?
The benefits package that you would like to negotiate for yourself would be regarding the insurance cover that the company is providing, moving allowances for projects etc., pension plans according to the need of family at the time of retirement, and all such benefit plans which do not meet your requirement.
Draw the rotational mechanical system shown TU) θ1(t) 50 kg-m N-30 N2-100 100 kg-m2 100 N-m/rad 100 N-m-s/rad The torque T(t) is multiplied by 2 as it is reflected by the gear N. with a gear ratio of 2 MT- 00)-333T(0) Calculate the value of equivalent moment of inertia J 50x50x Draw the modify diagram in frequency domain %(100)2 30 555.56 .33 T 2(s) Je 03(s) 555.56 kg-m2 : 100 kg-m2 100 N-m/rad 100 N-m-sec/rad Write the equations of motion. Calculate the equation of motion is written using the formula Sum of Sum of mpedanceS connected to the motion at θ impedances 2between and θ Sum of applied torques at θ 1)
Sum of impedances between 0, and e Sum of impedances connected to the motion at θ Sum of applied torques at 6, Write the equation of motion for 555.56 kg-m 555.56s 6, (s) +1000, (s)-1000, (s) 3.33T (s) (555.56s? +100) (s)-1000, (s)-3.337(s) Write the equation of motion for 100kg-m2. 100s'0 (s)+100se, (s)+1006, (s)-1000, (s)0 -1000, (s)+(100s+100s +100)e (s) 0 Consider the following 4 s02 (s)- 6, se, (s) 03 Rewrite the equations (3) and (4) 555.560, + 1006,-1000, = 3.33T 555.560,-1000, 1000, + 3.33 e,0.180, 0.180 0.006T 1000, +1000 +1000 +10000 1008 100a-1000,-1000,-0
Define the state variables Write the state equations using equations of motion and in terms of state variables Rewrite the equations (5) and (6) Ý, =-0.18x, +0.18x3 + 0.006T 0 t.| |-0.18 0 0.18 0 ||x.| |0.006 0 0 0x 1 0 0 0 0 1 00 -0.18 0 0.18 0 0 0 01 1 0-1 The output equation(y) is 0.006 t, y 3.33 0 0 0ll2 y=[3.33 0 0 01x