Answer:
A and D
Step-by-step explanation:
i just did the test
If the and
are even function then
is an even function, if
and
are odd function then the function
is an odd function and if
is even and
is odd then the function
is an even function.
Further explanation:
An even functrion satisfies the property as shown below:
An odd functrion satisfies the property as shown below:
Consider the given composite function as follows:
If both the function and
are even function.
From the above calculation it is concluded that,
This implies that the composite function is an even function.
If both the function and
are odd function.
From the above calculation it is concluded that,
This implies that the composite function is an odd function.
If the function is even and
is odd.
From the above calculation it is concluded that,
This implies that the composite function is an even function.
B.) Side - Angle - Side
C.) Angle - Side - Angle
D.) Angle - Angle - Side
E.) Hypotenuse - Leg
F.) Not enough information.
Answer:
F. not enough information
Step-by-step explanation:
there are no markings as to the lengths and there is no way of knowing
b) n+2
c) 2n
d) 4n
If n is odd, n + 1 represents the first consecutive even integer after n.
Any positive or negative number without fractions or decimal places is known as an integer, often known as a "round number" or "whole number."
Given:
n is the odd integer.
In the integers,
odd integers are in the alternate order.
Then the first consecutive even integer after n is,
n + 1.
Therefore, n+1 is the even integer.
To learn more about the integers;
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