<span>So what we need to do is to use the formula that works perfectly is this one:
Base area=2b^2
so when we replace the data, then we can have:
Vol=1/3h2b^2=(2hb^2) / 3
Hope it is good for you</span>
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Answer:
g(x) = |x -13| -7
Step-by-step explanation:
The transformation ...
g(x) = f(x -h) +k
represents a translation h units to the right and k units up. Here, we are translating 13 units to the right and -7 units up (that is, 7 units down). Then the transformed function is ...
g(x) = f(x -13) -7
g(x) = |x -13| -7
The basic structure of a linear function is y=mx+b (or +c, depending on your schools curriculum)
We need to find the slope (m), and the y-intercept (b/c)
To find the slope you can pick two random points, say (2,2) and (0,1)
The formula for the slope is this: m= y1-y2 / x1-x2
So if we substitute the points in, we get 2-1 / 2-0 = 1/2
Knowing the slope, it can be substituted into to the equation: y=1/2x + b
Then, if you notice the second point- (0,1), it’s the y-intercept. The y coordinate there is 1.
To check if this is correct, a random coordinate set can be picked and substituted in to find b.
y= 1/2x + b
2 = 1/2 *2 + b
2 = 1 + b
2-1=b
1=b
Therefore, the final linear function is y = 1/2 x + 1
The first thing to do is to clear t from both expressions and compare the value to verify if it is the same:
Expression 1:
sin t = .3
t = arcsin (0.3)
t = 0.3047
Expression 2:
cos t = .48
t = arccos (0.48)
t = 1.0701
Both expressions have a different value of t, therefore, both expressions do not satisfy the same number t.
answer:
It is not possible for the same value of t to be met: sin t = .3 and cos t = .48
The answer above ^ just gave you the right explanation.
You first change the mixed number into an improper fraction
5 2/3 = 17/3.
Then do the reciprocal. This means that you just have to turn the fraction upside down.
= 3/17.