Answer:
a)%85,5
b)%92,2
Step-by-step explanation:
a) To determine the probability of getting a hand with at least one face, we need to calculate the probability of the hand without any face firstly.
Then, we need to deduct this value from the probability 1
The probability of the hand with at least one face is %85,5.
b)To determine the probability of a hand with at least one ace and face we will track the same road again.
Then, we need to deduct this value from the probability 1
The probability of the hand with at least one ace and one face is %92,2.
Answer:
A(−3, 3)
B(−2, −1)
C(−1, 4)
Segments
AB = 4.12
BC = 5.10
AC = 2.24
Angles
m∠A = 102.53°
m∠B = 25.35°
m∠C = 52.13°
Step-by-step explanation:
Explanation:
The function is
To plot the function in the graph, first we shall determine the amplitude, period, phase shift and vertical shift.
The function is of the form,
where A is the amplitude =
Period is ,
Phase shift is C,
Vertical shift is D.
Hence, from the function , we have,
Amplitude =
Period =
Phase shift = 0
Vertical shift = -2
Now, substituting the values for x, we get the corresponding values for y.
For ⇒
For ⇒
For ⇒
For ⇒
For ⇒
Hence, plotting these points we get the graph which is attached below:
Now, we shall graph the function
Similarly, we shall determine the amplitude, period, phase shift and vertical shift.
Amplitude =
Period =
Phase shift = 0
Vertical shift = 1
Now, substituting the values for x, we get the corresponding values for y in the function
For ⇒
For ⇒
For ⇒
For ⇒
For ⇒
Hence, plotting these points we get the graph which is attached below:
Answer:
1,500
Step-by-step explanation:
All you have to do is 50 times 30, that's 1,500.
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60 6×10^1
Move the non- zero to the right creating the exponent.