Answer:
Initial temperature = 20° C
Temperature after 18 minutes = 4° C
Step-by-step explanation:
Function representing the relation in the temperature of the soda and time has been given as,
T(x) =
Here x = number of minutes since the can was placed in the cooler
For initial temperature of the soda,
x = 0,
T(0) =
= -8 + 28(1)
= 20° C
For the temperature after 18 minutes,
x = 18,
T(18) =
=
=
= 4.456 C
≈ 4° C
Answer:
I:40,ii:65,iii:75,iv:40,v:75,vi:15
Step-by-step explanation:
75+65+i=180
140+i=180
i=180-140
i=40
i=iv=40(alternative angle)
65+40+v=180(straight line angle)
105+v=180
v=180-105
v=75
v=iii=75(alternative angle)
90+75+vi=180
165+vi=180
vi=180-165
vi=15
40+75+ii=180
115+ii=180
ii=180-115
ii=65
Answer:
-9/14 so the answer is B
Step-by-step explanation:
Hope this helps
Answer:
Yes. In base 4 numbers if a number ends with 0 or 2 then it is an even number. If it ends with 1 or 3 then it is an odd number.
Step-by-step explanation:
The first 13 numbers in base 4 are written in brackets next to their corrsponding decimal number below
decimal number 0(0) ,1 (1) ,2(2), 3(3), 4(10), 5(11), 6(12), 7(13), 8,(20), 9(21), 10(22), 11(23), 12(30), 13(31) and so on
From above we can deduce that in base-4 any number ending with 0 or 2 is an even nmuber and any number ending with 1 or 3 is an odd number
Things I like about distance learning are:
Things I dislike about distance learning:
Hope this helps! Good luck on your project! :)
525 feet
1,125 feet
1,875 feet
Answer:
525
Step-by-step explanation:
s=d/t
Answer:
525 feet aka B
Step-by-step explanation:
<3 Hope this help
Answer:
The selections are dependent.
Yes, they can be treated as independent (less than 5% of the population).
Step-by-step explanation:
Since the selections are made without replacement, each selection affects the outcome of the next selection and, therefore, the selections are dependent.
Although they are dependent, the selections can be treated as independent if the sample size is no more than 5% of the total population. In this case, the sample size is 1235 adults out of a population of 15,958,866 adults. The percentage represented by the sample is:
Thus the selections can be treated as independent for the purposes of calculations.