Answer:
i'm pretty sure it was when charles I died, that ensured it. so try the last one
Explanation:
The correct answer here is: "at large", as in "at large election" - option C.
An election "at large" refers to an election that chooses representatives to represent the whole body - rather than just a part of this body, as as a district.
The opposite is voting by electoral districts.
This question is missing the options. I've found the complete question online. It is as follows:
Words and gestures people use to express thoughts, the monetary and credit system, even the architecture of some buildings were created before we were born. Indeed, these example show us that social facts __________.
a. do not originate with the people experiencing them.
b. live only within our conscious minds.
c. are rarely imposed upon us.
d. All of the above statements are TRUE regarding social facts.
Answer:
The correct answer is letter a. do not originate with the people experiencing them.
Explanation:
Social facts go beyond each individual. They are norms, traditions, rules, any type of collective and shared thought or idea that influences people's behaviors. When we are born, social facts are already imposed on us. We grow up learning how to behave according to what society considers to be appropriate. Social facts are found everywhere, even in the governmental system of our country, or the gestures people use to express their feelings. Therefore, they do no originate with us, the people who are experiencing them, but begin at a moment prior to ourselves.
Answer:
If you're talking like 1600s through 1900s or something like that, it is going to be Californios.
Explanation:
Californio were usually natives, or mexicans living in California. During the late 1600s through 1900s.
<span>The poison distribution can be used to approximate the binomial distribution when the sample size n is large. This is then calculated using the formula
P(X) = e^-(np) *(np)^x
substituting X= 3
P(3)= e^-(430*1.5/100) * (430*1.5/100)^3
P(3)= 0.00158*268.3
P(3) = 0.42
P(3) = 0.0042%
P= probability of X occurring given n and p
n= sample size
p= true probability
e= exponential constant ~2.718
X=number of sample successes</span>
