Answer:
65.3 cm
Step-by-step explanation:
The law of sines can be used for this.
g/sin(G) = f/sin(F)
g = (37 cm)sin(124°)/sin(28°) ≈ 65.3 cm . . . . multiply by sin(G)
The length of g is about 65.3 cm.
Heyya
I think the pattern is (n+1)^5
1=1^5
32 = 2^5
243 = 3^5
1024 = 4^5
3125 =5^5
Then the next number should be 6^5 = 7776
Hope you get it
Answer:

Step-by-step explanation:
There are a couple of ways to solve this, depending on what you already know.
Point-Slope Form
where <em>m</em> is the slope and
is a point on the line.
First, calculate the slope using the two given points
.
.
Fill in the point-slope pattern

There's the equation in slope-intercept form (
).
Slope-Intercept Form
Use
directly.
Find the slope just like the above, so
.
Now, plug one of the points (either one!) together with <em>m</em> into

Now you know the value of <em>b</em>, so the equation for the line is

The midpoint is the average of the endpoints.
((-11+i) + (-4+4i))/2 = -15/2 +5/2i
Let us say that:
o = cost of oranges per pound
p = cost of pears per pound
so that:
o = p – 2
Therefore:
10o + 8p = 61
10 (p – 2) + 8p = 61
10p – 20 + 8p = 61
18p = 81
p = 4.5
p = $4.5 per pound
So 3 pounds of pears would cost:
total cost = 3 * 4.5
total cost = $13.5