What is the answer I need help with it
1 answer:
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Figure 1 has 8 tiles
figure 2 has 14 tiles
figure 3 has 22 tiles
I'm guessing the 2 on the side hints for us to do something+2
the inside parts are
figure 1: 6
figure 2: 12
figure 3: 20
hmm, the width is 1+number figure
height is 2+figure number
so therefor, figure x is (1+x)(2+x)+2
so the rule is figure x has (x+1)(x+2)+2 or
tiles
a. the rule is figure x has (x+1)(x+2)+2 or tiles
b. it is quadratic because it has
in it
figure 2 has 14 tiles
figure 3 has 22 tiles
I'm guessing the 2 on the side hints for us to do something+2
the inside parts are
figure 1: 6
figure 2: 12
figure 3: 20
hmm, the width is 1+number figure
height is 2+figure number
so therefor, figure x is (1+x)(2+x)+2
so the rule is figure x has (x+1)(x+2)+2 or
a. the rule is figure x has (x+1)(x+2)+2 or
b. it is quadratic because it has
The total number of permutations is the product of the number of options for each choice:
For the first position there are 13 choices, for the second 12 and so on. This pattern holds until the last spot which we are told must be one of the 12 pitchers. Thus:
Answer:
see explanation
Step-by-step explanation:
The standard form of the sine wave function is
y = a sin (bx + c) + d
where amplitude = | a |, period =
phase shift = - and d is the vertical shift
Here a = - 2, b = 3 and c = - π
Hence
amplitude = | - 2 | = 2
period = and
phase shift = - =