In each of the problems
(a) draw a direction field for the given differential equation
(b) based on an inspection of the direction field, describe howsolutions behave for large t.
(c) find the general solution of the given differential equation, and use it to determine how solutions behave as t throughinfinity.
2. y'-2y=t2 e2t
3. y'+y=te to the -t+1
4. y'+(1/t)/y=3cos2t, t> 0
5. y'-2y=3e to the t
9. 2y'+y=3t
10. ty'-y=t squared to the -t, t> 0
12. 2y'+y=3t squared

14 ft 7 inches

step-by-step explanation:

since each model inch corresponds to 25 real inches, 7 model inches will correspond to

7×25" = 175"

at 12" per foot, that is 14 feet, 7 inches.

first, let's see what the pattern is.

58 - x = 47

46 - x = 36

x = 9

so this means that the term after 25 is 25 - 9:

the next term in the sequence is 16.

this "question" looks more like a project is there any other info you can give me about this. it could be too complex for someone else to do on this website