You would get one of your libs chopped off
be humiliated
be tortured
and killed
This is the derivative of a product of functions, therefore the result comes from f'g+g'f where f=5t3 and g=cos(t),
f' is the derivative of f which results from multiplying the coeficient (5) by the exponential (3) which equals 15 and substracting 1 from the exponential. Therefore f'=15t2
g' is the derivative of the function cos(t) which is -sin(t). This we are supposed to know by heart.
So, f'g+g'f= 15t2 cos(t) + (-sin(t) 5t3 )
By multiplying the signs you get: 15t2 cos(t) - sin(t) 5t3
If you use the common factor procedure you get 5t2, the common factor is the biggest number by which you can divide every coefficient in the expression. It also is the biggest exponential you can substract from the expressions that have exponentials. In this case is 5 for the coefficients and t2 for the exponentials. You put the common factors outside the expression multiplying it by the rest.
The result is= 5t2 (3 cos(t) - sin(t) t)
The process of political learning in the United States is "normally cumulative; political beliefs attained earlier in life tend to be retained to a substantial degree."
Political socialization is the procedure by which individuals find out about their legislature and procure the convictions, dispositions, qualities, and practices related with great citizenship. The political socialization process in the United States focuses on the instructing of just and industrialist esteems. Operators, including guardians, educators, companions, collaborators, church partners, club individuals, sports groups, broad communications, and pop culture, pass on political introductions.
Answer:
Secondary consumers
Explanation:
With out secondary consumers there would be nothing for primary consumers to eat which will lead to the whole ecosystem dying out.
When calculating the oxidation numbers of atoms in a bond, the more electronegative atom is assigned <u> </u><u>all </u> of the shared electrons and the less electronegative atom is assigned <u>none</u>
Electronegativity, represented by χ, is the tendency of atoms of a particular chemical element to attract a common electron (or electron density) when forming a chemical bond. [1] The electronegativity of an atom is affected by both its atomic number and the distance that its valence electrons are separated from the charged nucleus. The higher the associated electronegativity, the more electrons an atom or substituent will attract.
Electronegativity serves as a simple method for quantitatively estimating the sign and magnitude of bond energy and bond chemical polarity, characterizing bonds along a continuous scale from covalent to ionic. Is included. The loosely defined term electropositivity is the opposite of electronegativity. It characterizes the propensity of the element to donate valence electrons.
Learn more about Electronegativity here: brainly.com/question/2456715
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