Answer:
C
Step-by-step explanation:
The period of a sine function can be found by looking at the argument.
In the equation y = Sin (ax), ax is the argument, and period is 360/a.
For the function shown, y = Sin x, the period is 360/1 = 360. This means that the period is the number of months it takes to complete one cycle of the graph (take one point in the graph and run along the curve until the same point is reached).
<em>If we take January as the first point (y = 40) and run along until i come to same point, we are back to next years' January. Hence, the period is 12 months. </em><em>Answer choice C is right.</em>
There are 6 different ways:
23,598
23,958
25,398
25,938
29,538
29,358
Answer:
Option B.
Step-by-step explanation:
The given table of values is
x f(x)
-3 -2
-2 0
-1 2
0 2
1 0
2 -8
3 -10
4 -20
We need to find the interval for which the function f(x) is positive.
From the given table it is clear that the value of function f(x) is negative before -2 and after 1.
The function positive between x=-2 and x=1. So, we can conclude that the function f(x) is positive for the interval (-2,1).
Therefore, he correct option is B.
Answer:
(3)(5) + (1/3)(5) + (3)(1/4) + (1/3)(1/4)
Step-by-step explanation:
(3 1/3)(5 1/4) =
= (3 1/3)(5 + 1/4)
= (3 1/3)(5) + (3 1/3)(1/4)
= (3 + 1/3)(5) + (3 + 1/3)(1/4)
= (3)(5) + (1/3)(5) + (3)(1/4) + (1/3)(1/4)
First turn 7 hours and 3/4 hours into a decimal number. This will help when doing equations (the work).
This means finding the decimal value of 3/4. 3 divided by four is .75, which means that's the decimal value. Now add 7.
The full decimal number is 7.75 hours.
Now, the question says you are two-thirds there, meaning you have one-third to get there, also known as 1/3.
What you can do to find how much longer the trip will take is divide 7.75 by 3 which will give you one-third of 7.75.
One-third of 7.75 is 7.75 divided by 3 which is approximately equal to 2.58.
Since the unit is hours, 2.58 represents 2.58 hours.
Therefore, the answer is that it will take 2.58 hours longer to get to Portland, Orgeon.
Remember to do a bit of studying, understand how the question can be solved, and doing procedures with fractions.
I hope this helped!
