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4 years ago

Which benefits do employers commonly offer to full-time employees?

Mathematics

2 answers:

alexira [117]4 years ago

4 0

Answer:

Employers offer bonuses ,health insurances, medical facilities ,residence facilities and other facilities to their full time employees.

Step-by-step explanation:

Employees play a vital role in progress of an organization.

they need inspiration to work better and to make company's rank better.

and for their inspiration and to enhance the relationship with employees, employers offer them bonuses,health insurances, medical facilities ,residence facilities and other facilities

Valentin [98]4 years ago

4 0

Answer:

The common benefits of getting a full-time job are:

Health Insurance
Social Security withholdings.
Unemployment insurance.
Periodic compensations.

Remember that a full-time job has to have 40 hours per week. So, to compensate this amount of time spent in the company, they tend to "protect" their employees with better health insurance, their Social Security will give credits, which apply to retirement, and in case of accidents, their insurance will cover all costs.

All these variables make these jobs attractive in order to make people work even more.

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Find angle E if angle E and angle F are supplementary, angle E= 2x + 15 and angle F= 5x - 38

miss Akunina [59]

Answer:

Angle E = 73 degrees

Step-by-step explanation:

Supplementary means it equals 180 degrees.

So to find x, you add the 2 equations.

2x + 15 + 5x - 38 = 180

which equals 7x + (-23) = 180 = 7x - 23 = 180

7x = 203 You move the -23 to the other side

203/7 = 29 So x = 29 degrees

So to find angle E, you put in 29 degrees for x.

2 x 29 + 15 = 73 degrees

7 0

3 years ago

Find the first four terms and the 47th terms of the sequence whose general term is an=(-1)n (n+1)

neonofarm [45]

1st = -2

2nd = 3

3rd = -4

4th = 5

47th = -48

3 0

3 years ago

One number is 7 more than another. If the sum of the two numbers is 165, find the two numbers.

timurjin [86]

x+7+x=165

2x+7=165

2x+7-7=165-7

2x=158

2x÷2=158÷2

x=79

79+7+79=165

3 0

3 years ago

A buoy starts at a height of 0 in relation to sea level and then goes up. Its maximum displacement in either direction is 6 feet

svet-max [94.6K]

Answer:

$h=6*sin(\frac{2\pi }{8}t)$

Step-by-step explanation:

Since the buoy is going up and down, its motion is oscillatory, and therefore, it can be described by a trigonometric function.

The buoy starts at height of 0 in relation to the sea level, which means at time $t=0$ , $h=0$ , this tells us that trigonometric function modeling the buoy must be the sine function since for

$h=A*sin(wt)$ , at $t=0$ , $h=0$ .

The maximum displacement of the buoy in either direction is 6 feet, this means we have

$h=6*sin(wt)$

now we need to figure out $w$ .

The time it takes the buoy to get from its lowest point to its highest point is 4 seconds, that means the period $T$ of oscillation is $2*4=8$ seconds. The buoy returns to to the same place after one period, this means if the buoy started from 0, it will return to 0 after 8 seconds; therefore, from $h=6*sin(wt)$ the we have: