T(t)=e−kt(∫ekt[KM(t)+H(t)+U(t)]dt+C)
M is the outside temperature, H is other things that affect temperature
in the tank(0 in this case), and U is the solar panel. K comes from the
time constant, and should be the inverse of the time constant I believe.
T is temperature, t is time.
T(t)=e−164t(∫e164t[164(80)+4t]dt
After integrating I keep getting
−16304+256t+Ce−164t
I calculate C to be 16414 setting t equal to 0 and using the initial conditions
Answer:
0.0011904
Step-by-step explanation:
Given that:
Number of slips = 7
Sample space = (1, 2, 3, 3, 5, 6, 7)
Numbwe of slips drawn = 4
Probability = required outcome / Total possible outcomes
Note ; selection is without replacement ;
P(drawing 1) = 1 /7
P(drawing 2) = 1 /6
P(drawing 3) = 1/5
P(drawing 4) = 1/4
1/7 * 1/6 * 1/5 * 1/4 = 0.0011904
N0P IV G0T TA GO kkk kk k k k k k k k k k k k k k k kk kk k kk kk k k k k k k k k k k kk k kk k k k k kk
The complete question in the attached figure
we have that
f(x)=x²-5x+6
and <span>g(x) has a vertex at (2,4) and the parabola opens downwards
using a graph tool
see the attached figure
</span><span> statements
a) </span><span>The y-intercept of function f is less than the y-intercept of function g
this is not correct, because the </span>y-intercept of function f is greater than the y-intercept of function g
b) <span>The minimum of function f is at (-5,6)
this is not correct, because the minimum of function f is at (2.5,-0.25)
c)</span><span>The y-intercept of function f is greater than the y-intercept of function g
this is correct
d) </span><span>The minimum of function g is at (2,4)
this is not correct because the maximum of function g is </span>(2,4)
the answer is the option
The y-intercept of function f is greater than the y-intercept of function g