Venezuelans started buying items immediately because of their fear of rising inflation. price deflation. declining inflation. increased imports.

I would say how much they get paid

Hope this helps :)

I definitely think it’s how much they get paid.

Answer:

The correct option is 2. The length of JG is 5 units.

Step-by-step explanation:

Given information: ∠EDH ≅ ∠EDG, EH=9, EJ=4.

Corresponding sides of two triangles are congruent.

EH=EG                         (CPCTC)

9=EG              .... (1)

From the given figure it is clear that

EG=EJ+JG

EG=4+JG        ... (2)

Using (1) and (2), we get

9=4+JG

Subtract 4 from both the sides.

9-4=JG

5=JG

The measure of JG is 5 units, therefore the correct option is 2.

Answer:

Step-by-step explanation:

OPTION 2 OR B!!!

Answer:

C) you have the right to talk to the inspector privately

Explanation:

The idea with this rule is that employees will feel more free to raise potential safety concerns if they can do it in private.

Answer:

You have the right to talk to the inspector privately.

I took the test and got it right.

Answer:

The solutions for your four question problem are:

a) t = D^-1(x) =  (1/57)*x -(13/57)

b) t = D^-1(x) =  1 h

c) D^-1(x) represents time.

d) The number of hours of driving needed for Sarah to be x km from Tempe. (option (c))

Step-by-step explanation:

a) Determine a formula in terms of x for: t = D^-1(x)

The distance in km from Tempe after t hours of driving is given by

x = D(t) = 13 + 57t.

We just need to find the value  t function of x

x = 13 + 57*t

x -13 =  57*t

57*t  = x -13

t = (1/57)*x -(13/57)

We can see the plots of both equation in the picture below.

b) Compute D^-1(70)

Once we find the expression for D^-1(x)

We substitute for x = 70 km

t = D^-1(x) =  (1/57)*x -(13/57)

t = D^-1(x) =  (1/57)*(70) -(13/57)

t = D^-1(x) =  (70/57) -(13/57)

t = D^-1(x) =  (1.228) -(0.228)

t = D^-1(x) = 1 h

c) In the expression D^-1(x) :  what quantity (distance or time) does the x represent?  what quantity (distance or time) does the entire D^-1(x) represent?

x represents Distance in both equations (D(t), and D^-1(x))

t represents Time in both equations (D(t), and D^-1(x))

Since t = D^-1(x),

D^-1(x) represents time.

d) Which of the following statements best describes D^-1(x)?

The number of hours of driving needed for Sarah to be x km from Tempe.

Since, t = D^-1(x), and t represents the amount of time elapsed since Sarah, parted from Tempe, the correct answer is option (c)

The expression for D^-1(x) can be found in the previous answers

t = D^-1(x) =  (1/57)*x -(13/57)

The input is x (distance) and the output is t (time)