Exercise 3.18:
Need Part G and Part H please.
Only need Part G and Part H.
Thank you.
Homework Answers
kindly give ratingAdd Answer to:
Exercise 3.18: Need Part G and Part H please. Only need Part G and Part H....
Exercise 3.18 Need Part E and Part F. Please. Part E and Part F are the...
Exercise 3.18
Need Part E and Part F.
Please.
Part E and Part F are the only ones needed, thank
you.
We were unable to transcribe this imagewhat i he r-component of the ahats acceleration whie igt V Correct Part B 40ms Correct Part C - 755 m's Pinlbet Anes Correct Part D . 932s We were unable to transcribe this image
Exercise 3.18: Part C and D Constants A shot putter releases the shot some distance above...
Exercise 3.18:
Part C and D
Constants A shot putter releases the shot some distance above the level ground with a velocity of 120 m/s 510 'above the horizontal The shot hits the ground 2 08 s later You can iqnore air resistance Part A What is the x-component of the shof's acceleration while in flight? Previous Answers Correct Part B What is the y-component of the shot's acceleration while in fight? ay -980 m/s? Previous Answers v Correct e...
Given this balanced chemical reaction, 4 HCl(g) + O(g) →2 HO(l) + 2 Cl(g) H = -202.4 kJ (give answer in decimal notati...
Given this balanced chemical reaction, 4 HCl(g) + O(g) →2 HO(l) + 2 Cl(g) H = -202.4 kJ (give answer in decimal notation, i.e. 234,000) a. How many J (joules) of heat are released when 2.50 moles of HCl react with excess oxygen gas? We were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this image
I have found answers to part a and b and just really need help with part...
I have found answers to part a
and b and just really need help with part c! and the extra if you
have time.
A=
for part a
then for part b, I have
5. Wave mechanics: (10 points) Suppose to have the following wave function (-oo 〈 x 〈 +00) r2 a for constants A and a a) Determine A, by normalize V(x). b) Use Ψ(x) to find the expectation values (a), (z2)), and σ,-V(z2,-(z c) Find the momentum...
Part a is done please see photo Only need part b ure your pulse 10 times...
Part a is done please see photo
Only need part
b
ure your pulse 10 times for 15-second periods. Meas (a) What is your average pulse rate per minute? (b) Estimate the accuracy and the precision of this measurement. How can the accuracy be improved? We were unable to transcribe this image
For a certain process, at 300. K, G = –14.1 kJ and H = –7.0 kJ....
For a certain process, at 300. K,
G = –14.1 kJ and
H = –7.0 kJ. If the process is carried out reversibly, what is the
amount of useful work that can be performed?
Ans: 14.1 kJ
We were unable to transcribe this imageWe were unable to transcribe this image
I need the answers to these ten questions. I have attached them below. Please answer them...
I need the answers to these ten questions. I have attached them
below. Please answer them all. Many many thanks in advance!!
When a torch is brought 2 times closer, how many times brighter will it appear? O 16 A diffraction grating that contains 650472 lines/m is illuminated by monochromatic light (λ-632.8 nm) from a helium-neon laser directed perpendicular to the surface of the grating. What is the angle for the second order maxima to occur? 24° O 45 48...
Problem 1: A child on a bicycle has a linear momentum of magnitude P = 1151...
Problem 1:
A child on a bicycle has
a linear momentum of magnitude P = 1151 kg⋅m/s. The child
and the bicycle together have a combined mass of m = 110
kg.
33%
Part (a) Write an expression for the child's speed,
v, in terms of the variables given in the problem
statement.
v =
|
α
β
θ
a
b
d
g
h
i
j
k
m
P
S
t
(
)
7
8
9
HOME
↑^
^↓
4...
Considering an RCL circuit where an inductor L = 1/2 H, a resistance R = 6Ω,...
Considering an RCL circuit where an inductor L = 1/2 H, a
resistance R = 6Ω, a capacitor C = 1/50 F and a source of e(t) = 24
sin (10t) volts are connected in series. At t = 0, the switch is
closed and the current starts to flow. Considering that the
capacitor has an initial voltage of 5 volts, thus,Vc (0)
= 5 V and V'c (0) = 0.
While using the general form of the equation of...
***PLEASE NOTE: I have already calculated the potential and need help with Electric Field and induced...
***PLEASE NOTE: I have already calculated the potential and need
help with Electric Field and induced charge at the boundaries for
this problem***
An infinitely long rectangular metal pipe (sides and ) is grounded, but
one end, at x = 0, is maintained at a specified potential , as
indicated in Fig. 3.22. What is the ELECTRIC FIELD and INDUCED
CHARGE on all boundaries? I have already worked you the potential,
and got:
We were unable to transcribe this imageWe...
Exercise 3.18
Need Part E and Part F.
Please.
Part E and Part F are the only ones needed, thank
you.
We were unable to transcribe this imagewhat i he r-component of the ahats acceleration whie igt V Correct Part B 40ms Correct Part C - 755 m's Pinlbet Anes Correct Part D . 932s We were unable to transcribe this image
Exercise 3.18:
Part C and D
Constants A shot putter releases the shot some distance above the level ground with a velocity of 120 m/s 510 'above the horizontal The shot hits the ground 2 08 s later You can iqnore air resistance Part A What is the x-component of the shof's acceleration while in flight? Previous Answers Correct Part B What is the y-component of the shot's acceleration while in fight? ay -980 m/s? Previous Answers v Correct e...
I have found answers to part a
and b and just really need help with part c! and the extra if you
have time.
A=
for part a
then for part b, I have
5. Wave mechanics: (10 points) Suppose to have the following wave function (-oo 〈 x 〈 +00) r2 a for constants A and a a) Determine A, by normalize V(x). b) Use Ψ(x) to find the expectation values (a), (z2)), and σ,-V(z2,-(z c) Find the momentum...
Part a is done please see photo
Only need part
b
ure your pulse 10 times for 15-second periods. Meas (a) What is your average pulse rate per minute? (b) Estimate the accuracy and the precision of this measurement. How can the accuracy be improved? We were unable to transcribe this image
For a certain process, at 300. K,
G = –14.1 kJ and
H = –7.0 kJ. If the process is carried out reversibly, what is the
amount of useful work that can be performed?
Ans: 14.1 kJ
We were unable to transcribe this imageWe were unable to transcribe this image
I need the answers to these ten questions. I have attached them
below. Please answer them all. Many many thanks in advance!!
When a torch is brought 2 times closer, how many times brighter will it appear? O 16 A diffraction grating that contains 650472 lines/m is illuminated by monochromatic light (λ-632.8 nm) from a helium-neon laser directed perpendicular to the surface of the grating. What is the angle for the second order maxima to occur? 24° O 45 48...
Problem 1:
A child on a bicycle has
a linear momentum of magnitude P = 1151 kg⋅m/s. The child
and the bicycle together have a combined mass of m = 110
kg.
33%
Part (a) Write an expression for the child's speed,
v, in terms of the variables given in the problem
statement.
v =
|
α
β
θ
a
b
d
g
h
i
j
k
m
P
S
t
(
)
7
8
9
HOME
↑^
^↓
4...
Considering an RCL circuit where an inductor L = 1/2 H, a
resistance R = 6Ω, a capacitor C = 1/50 F and a source of e(t) = 24
sin (10t) volts are connected in series. At t = 0, the switch is
closed and the current starts to flow. Considering that the
capacitor has an initial voltage of 5 volts, thus,Vc (0)
= 5 V and V'c (0) = 0.
While using the general form of the equation of...
***PLEASE NOTE: I have already calculated the potential and need
help with Electric Field and induced charge at the boundaries for
this problem***
An infinitely long rectangular metal pipe (sides and ) is grounded, but
one end, at x = 0, is maintained at a specified potential , as
indicated in Fig. 3.22. What is the ELECTRIC FIELD and INDUCED
CHARGE on all boundaries? I have already worked you the potential,
and got:
We were unable to transcribe this imageWe...
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