Experimental probability is the ratio of number of times the event is occurring to the total number of the trials of the experiment. This implies that it is a ratio of the number of times an event is occurring to the total number of times that the activity has been repeated. Thus we shall use the formula:
Experimental probability=(# of occurrence of the event)/(total # of trials made)
=6/20
=3/10
Answer: 3/10
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3 + 4d - 14 = 15 - 5d - 4d
First, combine like terms on each side of the equals.
-11 + 4d = 15 - 9d
now, move the -11 over to the right by addition
4d = 26 - 9d
now, move the -9d over to the left by addition
13d = 26
now, divide each side by 13
d = 2
Answer:
p = 3
Step-by-step explanation:
Applying,
mid point of A and B is
P = [(x₁+x₂)/2,(y₁+y₂)/2]............... Equation 1
From the question,
Given: x₁ = 6, x₂ = -2, y₁ = -5, y₂ = 11
Substitute these values into equation 1
P = [(6-2)/2,(-5+11)/2)
P = (2,3)
comparing,
P(2,p) to (4,3)
Therefore,
p = 3
Answer:
the highest price she can guess would be 23,230
Step-by-step explanation:
you find what 1% of 23,000 which is 230. and then you add it to 23,000 and you get 23,230
Answer:
Those are benchmark fractions that represent fourths. The blue lines on the number line represent eighths. These are some of the most common benchmark fractions used. Other common benchmark fractions are thirds, sixths, and twelfths.