The reason why Maria's experimental probability may be different from the theoretical probability of spinning a coin is because the theoretical is when you do not have the exact answer, which you kind of guess, while the experimental probability, you find out the exact answer of the problem.
Experimental probability: 62/100 of heads and 38/100 of tails
Theoretical probability: 50/100 of heads and 50/100 of tails (Since a coin only has two sides, which is heads and tails, the chance might be 50% of heads and 50% of tails.)
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Answer:
ounces of clay are left in the bucket.
Step-by-step explanation:
We have been given that Luis and Glen share a 16-ounce bucket of clay. By the end of the week, Luis has used 5/8 of the bucket, and Glen has used 1/4 of the bucket of clay.
To solve our given problem, we need to subtract sum of clay used by Luis and Glen from total amount of clay.
Now, we will make a common denominator as:
Therefore, ounces of clay are left in the bucket.
Answer:
π/4
Q1
Step-by-step explanation:
Other options for arctan(1) is 5π/4 + nπ, where n is a whole number, but they are all outside the Range.
The slope intercept equation of the line above is y=-2x+3
We can solve this in 2 ways
Since a1 = 4
a2 = 4 * (3) = 12 i.e( a1* common ratio)
a3 = 12 * (3) = 36 i.e( a2 * common ratio)
a4 = 36 * (3) = 108 i.e( a3* common ratio)
a5 = 108 * (3) = 324 i.e(a4*common ratio)
and so on