An alternate statement of the uncertainty principle involves relationship between position $\Delta$x) and momentum $\Delta$p) uncertainties in the form . The graph shows the uncertainty in measuring the position x and momentum p of a particle in four experiments. Region 1 has area h, region 2 has area 4h, region 3 has area 2h, and region 4 has area 3h. The region that correctly represents the uncertainty principle is
A) 1.
B) 2.
C) 3.
D) 4.
E) All of these are correct.

Question

An alternate statement of the uncertainty principle involves relationship between position $\Delta$x) and momentum $\Delta$p) uncertainties in the form  . The graph shows the uncertainty in measuring the position x and momentum p of a particle in four experiments. Region 1 has area h, region 2 has area 4h, region 3 has area 2h, and region 4 has area 3h. The region that correctly represents the uncertainty principle is
A) 1. 
B) 2. 
C) 3. 
D) 4. 
E) All of these are correct.

Quizplus · Accepted Answer

The Answer of  An alternate statement of the uncertainty principle involves relationship between position $\Delta$x) and momentum $\Delta$p) uncertainties in the form  . The graph shows the uncertainty in measuring the position x and momentum p of a particle in four experiments. Region 1 has area h, region 2 has area 4h, region 3 has area 2h, and region 4 has area 3h. The region that correctly represents the uncertainty principle is
A) 1. 
B) 2. 
C) 3. 
D) 4. 
E) All of these are correct.

An Alternate Statement of the Uncertainty Principle Involves Relationship Between Δ\DeltaΔ

An Alternate Statement of the Uncertainty Principle Involves Relationship Between $\Delta$