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Ray Of Light [21]
3 years ago
12

Give examples of factors or criteria often used to determine higher wages for a particular job

Physics
2 answers:
marshall27 [118]3 years ago
5 0
-- the applicant's previous experience at similar jobs;
-- the color of the applicant's hair;
-- the applicant's grammar and vocabulary;
-- where the applicant went to school;
-- the shirt the applicant wears to the job interview;
-- the applicant's favorite football team;
-- the applicant's self-confidence;
Dmitry [639]3 years ago
5 0

Answer:

(a) Worker’s capacity and age. As older a worker is, it is supposed he will have more experience.

(b) Hazards involved in work. As dangerous the job is, it is higher paid.

(c) The prevailing wage in the community. The prevailing or mean salary for a job market is a base to determine some high paid wage rates.

Reference: Chand, Smriti. “7 Factors to Consider for Determining Wage and Salary Structure of Workers.” Your Article Library, 4 Feb. 2014,

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Three physical properties of the bowling ball.
ICE Princess25 [194]

The physical properties of the bowling ball is that it is hard, smooth and very dense.

<h3>What are physical properties?</h3>

Physical properties are those properties which are easily observable and which involve only physical changes in a substance.

A bowling ball is a solid.

The physical properties of bowling ball include:

  • density- it has high density
  • texture- it is smooth
  • hardness - it is hard

Therefore, the physical properties of the bowling ball is that it is hard, smooth and has high density.

Learn more about physical properties at: brainly.com/question/17436856

#SPJ1

6 0
2 years ago
Which step follows the identification of the problem in the technological design process?
STALIN [3.7K]
The answer is research.

5 0
3 years ago
You biked to the store in 10 minutes. The store was 3 km away. What was your average speed?
sineoko [7]

Answer:

speed in km/min:

0.3km/min

speed in km/h:

18km/h

speed in m/s:

5m/s

Explanation:

the average speed is defined as:

s=\frac{d}{t}

where s is the speed, d is the distance traveled, and t is the time

according to the statement:

d=3km = 3,000m

and

t=10min=\frac{1}{6}h=600s (10 minutes are equal to a sixth of an hour which is 600 seconds)

Because the units in which the speed is required are not indicated, here are some options for the answer:

Depending on the units in which you need the speed, are the quantities you should use.

Speed in km / h (kilometers per hour):

s=\frac{3km}{\frac{1}{6}h }\\ \\s=18km/h

speed in m / s (meters per second):

s=\frac{3,000m}{600s}\\ s=5m/s

or the speed in km/min (kilometers per minute)

s=\frac{3km}{10min}\\ s=0.3km/min

4 0
4 years ago
I’m still lost on this please help me on this I know it’s not D I got it wrong
RSB [31]

Before you even look at the questions, look over the graph, so you know what kind of information is there.

The x-axis is "time".  OK.  You know that as the graph moves from left to right, it shows what's happening as time goes on.

The y-axis is "speed" of something.  OK.  When the graph is high, the thing is moving fast.  When the graph is low, the thing is moving slow.  When the graph slopes up, the thing is gaining speed.  When the graph slopes down, the thing is slowing down.  When the graph is flat, the speed isn't changing, so the thing is moving at a constant speed.

NOW you can look at the questions.

OMG !  It's only ONE question:  What's happening from 'c' to 'd' ?  Well I don't know.  Perhaps we can figure it out if we LOOK AT THE GRAPH !

-- Between c and d, the graph is flat.  The speed is not changing.  It's the same speed at d as it was back at c .

What speed is it ?

-- Look back at the y-axis.  The speed at the height of c and d is 'zero' .

-- The 2nd and 4th choices are both correct.  From c to d, <em>the speed is constant</em>.  The constant speed is zero.  <em>The car is not moving</em>.

5 0
3 years ago
What can fall but never get hurt
Vladimir [108]

It’s either snow or rain if it’s a riddle sort of.

4 0
4 years ago
Read 2 more answers
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