You would need to use the Law of Cosines.
c^2=a^2+b^2-2abcosC
In this case:
c=√(32^2+35^2-2*32*35cos120)
c≈58.04 units
Answer:
Yes
Step-by-step explanation:
In the family the blue eyed people may have had a gene with brown eyes. So if both parents carry that gene even if they don't display it, it can be still shown because brown eyes are the most dominant trait.
BR Elder 1: BL BR BL Elder 2: BL BL BL Elder 1: BL BL BL Elder 2: BR BL
<u>I I</u> <u>I </u>I
I I
Parent 1: Blue gene brown gene Parent 2: Blue gene brown gene
I<u> </u>I
I
Child Brown eyes: BR BL
Because the brown gene is dominant if the gene shows up in both parents the child would be more likely to have brown eyes than blue.
It is same because 0 does not matter
Answer:
A. √16
Step-by-step explanation:
A perfect square is any number that can be expressed as a product of an integer and itself. i.e. 4 can be represented as 2 × 2. Therefore, 4 is a perfect square.
From the options given, the only radical expression that has two perfect square is √16.
√16 consists of two perfect squares, which are 4 and 4.
4 can be expressed as 2 × 2.
Thus: √16 = √(2 × 2)(2 × 2).
Therefore, √16 consists of two perfect squares.
Answer:
4 days
Step-by-step explanation:
268-112= 156
156 divided by 39 = 4
