The relationship representing the function as per the input and output value is given by option b. Table A and Table B.
In order for a relationship between an input x and an output y to represent a function,
each input value x must be associated with exactly one output value y. Let's analyze the given tables:
Table A:
x -8 -3 0 6
y 24 4 9 72
Table B:
x 9 15 24 38
y -14 -16 53 29
Table C:
x 15 24 24 100
y -16 53 29 7
Table D:
x -8 6 0 6
y 24 4 9 72
Let's examine the options:
a. Table A and Table C: Table A represents a function because each x value corresponds to a unique y value.
Table C has duplicate x values, which means it doesn't represent a function.
b. Table A and Table B: Both Table A and Table B represent functions because each x value is associated with a single unique y value in both tables.
c. Table B and Table C: Table B does not represent a function
because the x value 24 is associated with two different y values (-16 and 53) in Table B.
Table C does not represent a function either because of the duplicate x value 24.
d. Table C and Table D: Similar to options a and c,
Table C does not represent a function due to duplicate x values.
Table D represents a function as each x value is associated with a unique y value.
Therefore, based on the analysis above, the correct answer for the function is option b. Table A and Table B.
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Answer: is B. table A and Table B
Step-by-step explanation:
Its used to find the area and circumference of a circle
Answer:
It is the 16th letter of the Greek alphabet
Used to represent the mathematical constant.
Pi is the ratio of the circumference/diameter.
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-6x+3y-z=5
3x-y+5z=-10
-x+2y+3z=-1
Answer:
x=1, z=-2, y=3
Step-by-step explanation:
Substitution Method
cos(pie/4) = -cos(4pie/4) cos(-pie/4) = cos(pie/4)
cos(-7pie/6) = cos(5pie/4)
illustrates why cosine is an even function.
A function such that f(x)=f(−x) where the value remains unchanged if the sign of the independent variable is reversed.
According to the question
Cosine is an even function
If f(x) is an even function, then f(x) = f(-x)
So, illustrates why cosine is an even function.
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C. cos(-pie/4) = cos(pie/4)
Step-by-step explanation: edge
Question 4 options:
an=3an−1
an=an−1+3
an=13an−1
an=an−1−3
Answer:
(B)
Step-by-step explanation:
Given the sequence: 3, 6, 9, 12, 15, 18, ...
6=3+3
9=6+3
12=9+3
If we continue in like manner, we notice that the nth term () is an addition of 3 to the previous term ().
Therefore (for n>1), the recursive formula which defines the sequence is:
The correct option is B