Answer:
Step-by-step explanation: A composite number is defined to be a number which has other divisors besides 1 and the number itself. Start counting:1, 2, 3, 4, 5, 6……….
1 is not a composite number because its sole divisor is 1. 2 is not a composite number because it has only two divisors 1 and the number 2 itself. 3 is in the same class as 2.
But 4 is different. Its divisors are 1,2,4. So this number satisfies the criterion of a composite number as stated above since besides 1 and 4, 2 is also a divisor. 4 is also the smallest composite number. The next composite number after 4 is 6 which has as divisors 1,2,3,6.
Step-by-step explanation:
hope this helps
If it is continuous that means it covers all values of both y and x meaning your domain is { all real values of x }
Range is { all real values of y}
Answer:
The correct options are;
The tendency of <u>electrons</u> to complete the <u>2p orbital</u> gives the element a higher degree of <u>electronegativity</u>
Step-by-step explanation:
The electronegativity of an element increases as electrons are added to the valence shell of the element
The electronegativity of elements increases up the group and across the period, therefore, an element having fewer number of shells is more electronegative than one with more shells
Which gives an element with the 2p orbital filled with electrons is more electronegative than one with the 3p orbital filled with electrons.
FV = P(
)
Where, FV = Value after 12 years, P= Yearly deposits = $250, r= Rate = 6% = 0.06, n=Number of years = 12 years.
Then,
FV= 250 (
) = $4,217.50
Your answer would be the third and fourth one.
In the third one, you flip the shape over the X axis, and then flip it over X=5.
In the fourth one, you rotate it 180 degrees, around the point (5, 0).
Both would give you DBE.
