S(x) = x^3
Make x the subject:-
x = (S(x))^ 1/3 = ∛ S(x)
Inverse is ∛ S(x)
Answer:
(3x+4)(2x-5)
Step-by-step explanation:
Factor by grouping.
Answer:
Angle 1: 115
Angle 2: 65
Angle 3: 115
Angle 4: 65
Angle 5: 115
Angle 6: 65
Angle 7: 115
Step-by-step explanation:
Find the value of angle 2 by applying the vertical angles theorem (65)
Find the value of angle 1 by applying the supplementary angles theorem from the original angle (180 - 65 = 115)
Find the value of angle 3 by applying the vertical angles theorem from angle 1 (115)
Angles 4, 5, 6, and 7 are on a line parallel to the orginal line, cut by the same transversal, so they have the same values, according to the same side interior/exterior angles theorems.
Answer:
I can probably help
Step-by-step explanation:
Answer:
C
Step-by-step explanation:
Let's check the first condition [y=110, t=0] for all the choices and eliminate:
A)
NO
B)
NO
C)
YES
D)
NO
E)
NO
Note: e^0 = 1
Only C is satisfied. But let's make sure the 2nd condition applies as well.
Hence, y approaches 30 as t goes to infinity. 2nd condition is satisfied as well.
Answer is C
