What is the wavelength of the line corresponding to n=4 in the balmer series?

A) what’s the wavelength of range corresponding to n=4 in
Balmer show? B) what’s the wavelength of range corresponding to n=5 in
Balmer show? C) what’s the littlest wavelength in Balmer’s show? D) what’s the biggest wavelength in Balmer show? E) what’s the littlest worth of letter which is why the wavelength of a
Balmer show range is smaller compared to 400 nm, the reduced restriction
for wavelengths in noticeable range? F) If m=1, with what range will be the wavelengths determined from
general formula shown above? a) microwave oven (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) noticeable (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
age) X rays (10^-8 to 10^-13 m) G) If m=3, with what range tend to be wavelengths determined from
general formula shown above? a) microwave oven (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) noticeable (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
age) X rays (10^-8 to 10^-13 m)

General assistance

Principles and explanation

The idea expected to resolve this issue is Balmer show.
Very first, determine the wavelength with the formula when it comes to Balmer a number of the spectral range for various values of letter. From then on, determine the tiniest wavelength in Balmer’s show using the formula for Balmer show. Later on, determine the biggest wavelength in Balmer’s show using the formula for Balmer show. Later on, determine the tiniest worth of letter, the reduced restriction for wavelength in noticeable range using the formula for Balmer show. Eventually, determine the number when it comes to wavelengths when it comes to matching values of m using the general formula for Balmer show.

Basics

Appearance when it comes to Balmer show to obtain the wavelength of spectral range can be as uses:

Right here, may be the wavelength, roentgen may be the Rydberg continual, and letter is an important price.

Step by step

Step one of 7

(A)
Appearance when it comes to Balmer show to obtain the wavelength of spectral range can be as uses:

Replacement for R and 4 for letter in preceding equation.

Component A
The wavelength of spectral range is .

Balmer show may be the a number of outlines of atomic hydrogen in noticeable in addition to ultraviolet range. The wavelength of photon emitted inside show corresponds into digital change during the vitality 4 is within noticeable number of wavelengths.
[Common mistake]
Usually do not united states the regards to determine the wavelength. It’s a blunder due to the fact proper formula is .

Determine the wavelength of outlines into matching values of letter using the formula for Balmer show.

2 of 7

(B)
Appearance when it comes to Balmer show to obtain the wavelength of spectral range can be as uses:

Replacement for R and 5 for letter in preceding equation.

Component B
The wavelength of spectral range is .

Balmer show may be the a number of outlines of atomic hydrogen in noticeable in addition to ultraviolet range. The wavelength of photon emitted inside show corresponds into digital change during the vitality 5 is within noticeable number of wavelengths.
[Common mistake]
Usually do not united states the regards to determine the wavelength. It’s a blunder due to the fact proper formula is .

Determine the tiniest wavelength of outlines using the formula for Balmer show.

3 of 7

(C)
Appearance when it comes to quickest wavelength of Balmer show is,

Replacement for R and letter in preceding phrase.

Component C
The tiniest wavelength of spectral range is .

The shortest wavelength in Balmer show when it comes to resultant photon is because of the digital change from limitless into second-line of Balmer show. In the event that electron jumps between your best range amounts, then biggest quantity of energy sources are introduced. Hence, the amount may be extracted from infinity to 2. energy sources are inversely proportional into wavelength. For that reason, wavelength is minuscule.
[Common mistake]
Usually do not united states the regards to determine the wavelength. It’s a blunder due to the fact proper formula is .

Determine the biggest wavelength of outlines using the formula for Balmer show.

Step four of 7

(D)
Appearance when it comes to biggest wavelength of Balmer show is,

Replacement for R and 3 for letter in preceding phrase.

Component D
The greatest wavelength of spectral range is .

The longest wavelength in Balmer show when it comes to resultant photon is because of the digital change from 3rd to second-line of Balmer show. In the event that electron jumps between your cheapest amounts, after that less quantity of energy sources are introduced. Hence, the amount may be extracted from 3 to 2. energy sources are inversely proportional into wavelength. For that reason, wavelength is largest.

Determine the tiniest worth of letter when it comes to wavelength of Balmer show, that will be reduced restriction in noticeable range.

Action 5 of 7

(E)
Appearance when it comes to littlest worth of letter when it comes to wavelength of Balmer show, that will be smaller compared to 400 nm is,

Replacement for R and 400 nm for in preceding equation.

Role E
The tiniest worth of letter is 7.

In Balmer show, a photon is emitted as a result of change between one condition to some other condition. The tiniest worth of letter is 7 in addition to resultant wavelength is smaller compared to 400 nm. In the event that worth of letter is taken as 6 then resultant wavelength is more than 400 nm and it’s also in-between the noticeable range.

Determine the number when it comes to wavelengths when it comes to matching values of m using the general formula for Balmer show.

Action 6 of 7

(F)
Appearance when it comes to Balmer show to obtain the wavelength of spectral range can be as uses:

Replacement for R and 1 for m in preceding equation.

Component F
The mandatory range when it comes to wavelength is that will be in ultraviolet area.

If m=1, then power space between your Balmer a number of outlines may be enhance. Therefore, the resultant wavelength is within the number of ultraviolet area.

Determine the number when it comes to wavelengths when it comes to matching values of m using the general formula for Balmer show.

Action 7 of 7

(G)
Appearance when it comes to Balmer show to obtain the wavelength of spectral range can be as uses:

Replacement for R and 3 for m in preceding equation.

Component G
The mandatory range when it comes to wavelength is that will be in noticeable area.

If m=3, then resultant number of the wavelength lies beyond the ultraviolet area. Therefore, the resultant wavelength is within the number of noticeable area.

Response

Component A
The wavelength of spectral range is .

Component B
The wavelength of spectral range is .

Component C
The tiniest wavelength of spectral range is .

Component D
The greatest wavelength of spectral range is .

Role E
The tiniest worth of letter is 7.

Component F
The mandatory range when it comes to wavelength is that will be in ultraviolet area.

Component G
The mandatory range when it comes to wavelength is that will be in noticeable area.

Response just
Component A
The wavelength of spectral range is .

Component B
The wavelength of spectral range is .

Component C
The tiniest wavelength of spectral range is .

Component D
The greatest wavelength of spectral range is .

Role E
The tiniest worth of letter is 7.

Component F
The mandatory range when it comes to wavelength is that will be in ultraviolet area.

Component G
The mandatory range when it comes to wavelength is that will be in noticeable area.

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Ι Ι)”I
1.097x10m
=(1.097×10′ mਹਿ ਤੇ = 0.20568×10′ me personally! A =4.86×10′ m
(-)
Ι Ι)”I
Ι Ι)”I
1.097x10m
=(1.097×10′ m’) ਤੇ = 0.22304×10 ml A =4.34×10 m
(+)
Ι Ι)”I
(주)
1.097x10m
L = (1.097×10″ m”)( 7+ =0.274×10′ m Ramin = 3.647×10-m
(주)
(주)
(주)
1.097x10m

Ι Ι)”I
1.097x10m
LU DU 8770- szxo=(67 1w op 20″)/(wat ook) + (6) ( :9). w.0x201) – u op
(주)
1.097x10m
1 = (1.097×10? m”)( 7 ) 2=1.215×10 m
(주)
1.097x10m

4.86×10-‘m
4.86×10-‘m
5.86×10-7m
4.86×10-7 nm
4.86 m
4.34×10-‘m
4.34×10-‘m
5.86×10-7m
4.86×10-7 nm
4.86 m
3.647×10-7 m
3.647×10-7 m
We had been incapable of transcribe this picture

R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) What is the wavelength of the line corresponding to n=4 in the
Balmer series?
B) What is the wavelength of the line corresponding to n=5 in the
Balmer series?
C) What is the smallest wavelength in the Balmers series?
D) What is the largest wavelength in the Balmer series? 
E) What is the smallest value of n for which the wavelength of a
Balmer series line is smaller than 400 nm, which is the lower limit
for wavelengths in the visible spectrum?
F) If m=1, in what range are the wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8 m)
e) X rays (10^-8 to 10^-13 m)
G) If m=3, in what range are wavelengths calculated from the
generalized formula shown above?
a) microwave (1 to 10^-4 m)
b) infrared (10^-3 to 7*10^-7 m)
c) visible (7*10^-7 to 4*10^-7 m)
d) ultraviolet (4*10^-7 to 10^-8m)
e) X rays (10^-8 to 10^-13 m) R= 1.097*10^7 m^-1
A) what

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