Answer:
0.21
Explanation:
This would have been a fairly easy one, except for that the first part of the question is missing, and as such, I'd assume a value.
We need to use chord, so, I'm assuming the length of the chord to be 0.045 m
The Area is given by the formula
Area = span * chord
Area = 0.245 * 0.045
Area = 0.011 m²
This area gotten, is what we then divide the glider weight by to get our answer.
Lee = area / weight
Lee = 0.011 / 0.0523
Lee = 0.21
Therefore, using the values of the chord I'd assumed, the Lee of the same wing is 0.21
I believe it is cold forging?
sorry this answer was very confusing.
The program is an illustration of functions.
Functions are group of code blocks that perform as one
The ConvertToWeeksAndDays() function in python where comments are used to explain each line is as follows:
#This defines the ConvertToWeeksAndDays function
def ConvertToWeeksAndDays(totalDays):
#This calculates the number of weeks
weeks = totalDays//7
#This calculates the number of days
days = totalDays %7
#This prints the number of weeks and days
print(weeks,"weeks and",days,"days")
Read more about similar programs at:
brainly.com/question/25223400
Answer:
Final Volume of the gas = 0.1 m^3
Explanation:
Check the attached file for the calculations involved in this solution
Answer:
Explanation:
The rank of the magnitude of the diffusion coefficient from greatest to least is as follows:
C in Fe at 900°C > Cr in Fe at 900°C > Cr in Fe at 600°C
Reason
C in Fe is an interstitial impurity while Cr in Fe is a substutional impurity.Therefore interstitial impurity occurs in C in Fe systems,while substutitional diffusion occurs in Cr in Fe system.Interstitial is much faster than substitutional diffusion hence the order
Also with increasing temperature magnitude of diffusion coefficient increases,due to the relation.
D = D₀exp(-Qd/RT)
Where D₀=Temperature independent per exponential
Qd= The activation energy for diffusion
R= Universal gas constant
T=absolute temperature
