The temperature, t, in degrees fahrenheit, can be found by counting the number of cricket chirps, c, heard in 14 seconds and then adding 40. the equation t = c + 40 models the relationship between the temperature and the number of cricket chirps. what is true about the graph that represents this real-world scenario? check all that apply. the graph is continuous. all values of t must be positive. a viable solution is (–2, 38). a viable solution is (0.5, 40.5). a viable solution is (10, 50).

'c' is the number of cricket chirps means that 'c' is always a positive integer and according to the given relation 't' temperature is also a positive integer. The correct options are b) and e).

Given :

'c' is the number of cricket chirps means that 'c' is always a positive integer. Hence, according to the given relation 't' temperature is also a positive integer.

Now, accoring to the given option:

c). A viable solution is (–2, 38).

This option is incorrect because t and c are always positive integers.

d). A viable solution is (0.5,40.5).

This option is incorrect because t and c are always positive integers.

e). A viable solution is (10,50).

This option is correct because t and c are always positive integers.

Therefore, the correct options are b) and e).

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7 weeks

step-by-step explanation:

convert each fraction to the least common multiple of 20, so 3/4 = 15/20 & 1/10 = 2/20, then divide 15 by 2 and you get a little over 7, so the food will last 7 weeks.

if im undersanding the question correctly, its organized from 10

step-by-step explanation: