The temperature T in ° F for Kansas City, Missouri, over a several day period in April can be approximated by T t = − 5.9 cos 0.262 t − 1.245 + 48.2 , where t is the number of hours since midnight on day 1 . a. What is the period of the function? Round to the nearest hour. b. What is the significance of the term 48.2 in this model? c. What is the significance of the factor 5.9 in this model? d. What was the minimum temperature for the day? When did it occur? e. What was the maximum temperature for the day? When did it occur?
The temperature T in ° F for Kansas City, Missouri, over a several day period in April can be approximated by T t = − 5.9 cos 0.262 t − 1.245 + 48.2 , where t is the number of hours since midnight on day 1 . a. What is the period of the function? Round to the nearest hour. b. What is the significance of the term 48.2 in this model? c. What is the significance of the factor 5.9 in this model? d. What was the minimum temperature for the day? When did it occur? e. What was the maximum temperature for the day? When did it occur?
The temperature
T
in
°
F
for Kansas City, Missouri, over a several day period in April can be approximated by
T
t
=
−
5.9
cos
0.262
t
−
1.245
+
48.2
, where
t
is the number of hours since midnight on day
1
.
a. What is the period of the function? Round to the nearest hour.
b. What is the significance of the term
48.2
in this model?
c. What is the significance of the factor
5.9
in this model?
d. What was the minimum temperature for the day? When did it occur?
e. What was the maximum temperature for the day? When did it occur?
Q2 A/ State the main field tests which may be carried out to investigate shear
strength of a soil layer?
B/ What are the main factors that affecting the spacing and number of
boreholes for a given project?
C/ Illustrate the causes of disturbance of Shelby tubes samples.
dw
z = Find using direct
dt
If w = + x = (cost), y = (sint), z=
substitution and chain rule methods.
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