Answer:
See below
Step-by-step explanation:
(7 x 10³) × 2
7 x 10³ × 2
14 × 10³
14 × 1,000
14 × 1,000 = 14,000 or 1.4 × 10^4
<em>Final Answer: 14,000 / 1.4 x 10^4</em>
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Hope this helped! :)
Answer:
Independent variable- time spent in the dark room
Dependent variable - number of objects correctly identified
Conditions of the experiment- low light environment and lighted environments
Scores from the independent variable are used to construct the frequency distribution
Step-by-step explanation:
The independent variable is the factor that is being manipulated in an experiment and this time it is the time spent in a darkened room.
The dependent variable is the response variable, in this case, the number of objects correctly identified.
The experimental conditions involved bringing people from a lighted area into a darkened room.
We have to find the measure of angle O.
We already know that ∠R = 32°.
The measure of the inscribed angle ( here ∠ R ) is half the measure of the central angle ( here ∠ O ).
Therefore:
∠ O = 2 · 32° = 64°
Answer:
B ) 64°
Answer: 73
Step-by-step explanation:
(
3
×
−
8
)
−
(
+
4
)
+
(
2
×
−
2
)
−
5
⇒
p
(
−
2
)
=
−
24
−
4
−
4
−
5
⇒
p
(
−
2
)
=
−
37
⇒
p
(
3
)
=
3
(
3
)
3
−
(
3
)
2
+
2
(
3
)
−
5
⇒
p
(
3
)
=
(
3
×
27
)
−
9
+
6
−
5
⇒
p
(
3
)
=
81
−
9
+
6
−
5
⇒
p
(
3
)
=
73
Given that the sequence is:
1,2,4,8,32
the recursive formula will be found as follows:
first term is=1
the sequence can be written as:
1,2,4,8,32
=(1*2^0),(1*2^1),(1*2^2),(1*2^3),(1*2^4)
thus the recursive formula will be
an=a1(r)^(n-1)
plugging the values we get:
an=1(2)^(n-1)
