Alicia is building a gazebo and want to brace each corner by placing 14 inch wooden bracket

Mathematics

1 answer:

ArbitrLikvidat [17]3 years ago

6 0

will be 34/12 i did the math for you don’t worry

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hodyreva [135]

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2 years ago

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There is an arcade in the amusement park. A computer game there uses functions to simulate the paths of an archer’s arrows. The

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C.if the user can only enter functions of the form f(x+k), what are all the values of k that would result in the arrow clearing the castle wall

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3 years ago

I need the steps to this, please. It says solve for x. Each figure is a parallelogram. Show your work.

Trava [24]

With any parallelogram, the diagonals bisect each other. This is another way of saying that they cut each other in half.

FH is one diagonal that is split into two equal pieces by the other diagonal EG.

The two parts of FH (KH and KF) are congruent to each other, so KH = KF. They combine back to FH

By the segment addition postulate
KH + KF = FH
KH + KH = FH .... KF has been replaced with KH (works because KF = KH)
2*KH = FH

Now use substitution
2*KH = FH
2*15 = FH .... replace KH with 15 (since KH = 15)
2*15 = 4x-2 ... replace FH with 4x-2 (since FH = 4x-2)

and solve for x
2*15 = 4x-2
30 = 4x-2
30+2 = 4x-2+2 ... add 2 to both sides
32 = 4x
4x = 32
4x/4 = 32/4 ... divide both sides by 4
x = 8

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Answer: x = 8

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3 years ago

Consider randomly selecting a student at a large university, and let A be the event that the selected student has a Visa card an

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Answer:

We have that $B = 0.3$ .

$0.3 = b + (A \cap B)$

However, b is a probability, which means that it cannot be negative. So no, P(A ∩ B) cannot be 0.5. It can, at most, be 0.3.

Step-by-step explanation:

Event A:

Probability that a student has a Visa card.

Event B:

Probability that the student has a MasterCard.

We have that:

$A = a + (A \cap B)$

In which a is the probability that a student has a Visa card but not a MasterCard and $A \cap B$ is the probability that a student has both these cards.