The formula we used is V /T, and all the rows have the same answer of 0.091, this means; (Volume 1 or V.) / (Temperature or T.) = (Volume: or V:) /(Temperature: or T:) Formula: Let's use the formula; Sample problem: # Initial volume (L) Initial Temper ature Final Volume (L) Final Temperature | (Kelvin) |(Kelvin) 1 15 280 10 300 250 755 273.15 2. 22 400 32 4 33 80

Q: B, 1 and 2?

A: B. (1) Apply momentum conservation for experiment 1.

Q: e z + e Calculate: (AxB). (AXB) A- c the magnitude and dire ction of A.C

A: +

Q: -6 a lo *10 c/8) Point isl2scm away from a -2o X 10 s (8 et e ト betwern that The MAJr

A:

Q: The ship O measures the positions of the ship A and the airplane B and obtains the coordinates…

A: Angle between the two vectors is given by the formula

Q: The uncertainty in the quantity C = A + B is given as 6C = 6A + 6B. True False Reset Selection

A:

Q: Find the general solution to the differential equation y" = 2– sin 2r.

A: y'''=2-sin2x

Q: Where is quation 1.5

A:

Q: Where has the minus sign come from here E=−∫dE

A: Have a look dear

Q: ok i understand much better now but where did the 0.258 come from (multiplied to 17)

A: Moment of force

Q: 2 3 Which is the correct statement for location 3

A: Amplitude of a wave is the maximum displacement of wave on either side of equilibrium. Its SI units…

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A:

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A:

Q: (a) Write down the homogeneous differential equation that is used to solve for the charge on the…

A:

Q: Needs Complete solution with 100 % accuracy don't use chat gpt or ai plz plz plz.

A: Please see the attached images for the solution. If there are queries or if the images are not…

Q: The magnitudes are off. Can you rework them?

A:

Relativistic Energy and Momentum

According to classical physics, time flow is the same for every observer. But according to einstein's theory, time flow is different for different observers. The idea that time flow is not the same for all may sound strange because we may not experience this effect in everyday life. This effect is only observed when an object moves with some velocity comparable to the velocity of light. This velocity is termed relativistic velocity.