Trevor is surrounded by hundreds of screaming fans at a rock concert but is still able to pick out his cell phone ring and carry on a conversation with the caller. Trevor's ability to hear that ring and carry on this conversation is most likely to result ofA) selective attention.
B) the Stroop effect.
C) inattentional blindness.
D) his perceptual set.

Answer:

Based on the information provided in the figure, the opportunity cost of producing an additional ton of radishes would be greater in Country A than in Country B.

Explanation:

The production possibility curve represents the trade-off between the production of radishes and bicycles in each country. Points on the curve represent efficient allocation of resources, while points inside the curve represent underutilization and points outside the curve are unattainable.

Country A is operating at point M, which is inside the production possibility curve. This indicates that Country A is not utilizing its resources efficiently. In other words, it could produce more radishes without sacrificing as many bicycles.  

Country B is operating at point N, which is on the production possibility curve. This means that Country B is efficiently utilizing its resources to produce radishes and bicycles.

The opportunity cost of producing an additional ton of radishes refers to the amount of bicycles that need to be given up to increase radish production. Since Country A is not operating at its maximum potential, it has a lower opportunity cost for producing an additional ton of radishes compared to Country B.

Therefore, the opportunity cost of producing an additional ton of radishes would be greater in Country B than in Country A.

Answer:

N/A

Explanation:

I don't think you can do it with the information you've given... is there anything about how their heights compare in the problem? I see a part of it is cut off

Answer:

See below

Explanation:

V = h*pi*r^2

V = h*pi*6² = h*pi*36

V = h*pi*3² = h*pi*9

36 cm^3 / 9 cm^3

= 4

Therefore, the volume of beaker A is 2² times the volume of beaker B

EDIT

However if beaker A is twice the height of beaker B (let's say A is 4 cm high and B is 2 cm high) then the factor between the resulting volumes would be 8.

V = h*pi*6² = 4*pi*36 = 452 cm^2

V = h*pi*3² = 2*pi*9 = 56 cm^2

452 cm^2 / 56 cm^2

= 8

Therefore, the volume of beaker A is 2³ times the volume of beaker B

Provide orientation training to all workers to make sure they understand potential hazards and prevention methods

I hope that's help !

I wish my answer is one of the choices :)

The answers to the expressions given using BODMAS and BOOLEAN evaluation are:

• 52
• 34
• 4
• FALSE
• TRUE
• TRUE
• FALSE
• TRUE

1.) 2 + 5 × 10

• Evaluate multiplication operator first :
• 2 + 50 = 52

2.) 22 + 6 × 2

• Evaluate multiplication operator first :
• 22 + 12 = 34

3.) (17 + 3) / 10 * (3 - 1)

• Bracket first ; then division, multiplication
• 20 / 10 × 2
• 2 × 2 = 4

4.) (2 * 10) > (5 +15)

• Bracket first ;
• 20 > 20 ; FALSE

5.) 5 - 7 ≤ 4 - 6

• -2 ≤ - 2 ; TRUE

6.) 15 - 10 ≠ 10

• -5 ≠ 10 ; TRUE

7.) NOT ( (12 + 8 / 2) < 32 )

• NOT (16 < 32) ; FALSE (16 is not greater than 32)

8.)( (10 * 2) = (10 + 5 * 2) ) AND ( NOT ( 12 = (2 + 10) / 6 * 5 )

• (20 = 20) AND (NOT (12 = 12/30))
• (TRUE) AND (TRUE) = TRUE

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