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dimaraw [331]
2 years ago
12

What is the greatest possible percent error in calculating the volume of a box measured to the nearest inch with sides of 5 in.,

10 in., and 10 in.? Round to the nearest percent.
Mathematics
2 answers:
Andre45 [30]2 years ago
8 0
If each of the side lengths was one inch off, the measurement of the box would be 6*11*11 which would equal 726 inches instead of 500. 500/726≈0.69, so the answer to the nearest percent is 31%. Hope this helps!
Mashutka [201]2 years ago
7 0
The answer is 20 percent
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Read 2 more answers
(PLEASE ANSWER!! I REALLY NEED HELP)
DaniilM [7]

Answer:

A) 6.32 in.

B) 71.56°

C) 36.88°


Step-by-step explanation:

To solve each part of the problem, let's pay attention to the triangle ABC shown in the figure.

A) The slant height (l) of the cone is the hypotenuse of the right triangle ABC, then, to calculate it you can apply the Pythagorean Theorem:

l=\sqrt{(AB)^{2}+(BC)^{2}}=\sqrt{(2in)^{2}+(6in)^{2}}=6.32in

B) The angle asked is the angle ∠A, then, you have:

tan^{-1}(A)=\frac{opposite}{adjacent}\tan^{-1}(A)=\frac{6}{2}

∠A=71.56°

C) The angle formed between the segments (which you can call α) that represent the slant heights is twice the angle ∠C.

By definition, the sum of the interior angles of a triangle is 180°,so you can calculate the angle ∠C as following:

∠C=180-90-71.56=18.44

Then:

\alpha=2*18.44

\alpha=36.88°

7 0
2 years ago
Alice and Bob each choose at random a number between zero and two. We assume a uniform probability law under which the probabili
Mnenie [13.5K]

Answer / Step-by-step explanation:

Before we start to answer this question, it would be nice to understand some basic definition and principles:

Random: This refers to an unpredictable pattern of arrangement.  Without a specific aim or logical procedural pattern.

Uniform Probability distribution: This is a type of probability distribution in which the outcomes of distribution irrespective of the pattern or distance results in equally likely outcomes.

Uniform distribution is one of the widely used distributions although it's one of the simplest ones. The idea behind this distribution is that, unlike the other distributions, the likelihood of the any outcome in the distribution range is the same.

Now that we have a brief knowledge of the key terms within the question, hence, to start answering the question,

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Therefore, : P = 2 ( 1/3 1/3 1/3)

                        = 4/9

(b) We can find the probability of having both the numbers less than  1  / 3 . Then we subtract this probability from 1.

We have: P = 1 - 1/3 . 1/3

                     = 8/9

(c) This is basically impossible as the area of a dot is negligible.

(d) It means that Alice needs to select a number between  1  / 3  and 1.

Therefore: P = 1 - 1 /3

                    = 2 / 3

8 0
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