<span>D. m < Y = m < H
It is because they both are adjacent angles to perpendicular. and opposite sites are equal to their magnitude is same
Hope this helps!</span>
Answer:4
Step-by-step explanation:
Answer:
Step-by-step explanation:
For a coin, the probability of head showing in a single toss is 
.
Its complement, the probability of not head is
This is a binomial distribution. In 
tosses, the probability of having all heads (i.e. heads) is
Let's call this value 
.
For 
coins, we determine the probability of at least 1 coin showing all heads by first finding its complement i.e. the probability of no coin showing all heads. This is also a binomial distribution.
Answer:
B.) I, II, and III
Step-by-step explanation:
They are all congruent.
Answer:
1/8.
Step-by-step explanation:
Use l'Hopitals rule - we find the derivative of top and bottom of the fraction.
Derivative of the numerator = 0 - 1/2 (16 - x)^-1/2 -1
= 1 / [ 2 * (16 - x)^1/2
Derivative of the denominator = 1
When x approaches 0 this is 1 / (2*4)
= 1/8.
Another way to do this is to multiply top and bottom by 4 + (16 - x)^1/2
This becomes 16 - (16 - x) / x(4 + (16-x)^1/2)
= 1 / (4 + (16 + x)^1/2
When x ---> 0
this = 1 /(4 + 4)
= 1/8.
