Question

If a girl can park her car at any point on a line between markers A...

If a girl can park her car at any point on a line between markers A and B, find the probability that:

(a) She parks closer to A than to B.

(b) Her distance to A is more than three times her distance to B.

Homework Answers

Answer #1


Let me know in the comment section if anything is not clear. I will reply ASAP!

If you like the answer, please give a thumbs-up. This will be quite encouraging for me.Thank-you!

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A girl calculated that the prescription for her contact lenses should be -4.66 diopters. What is...
A girl calculated that the prescription for her contact lenses should be -4.66 diopters. What is the farthest distance (far point) from her eyes that she can see clearly when she is not using any vision correction? (State answer in centimeters with 1 digit to right of decimal.)
Suppose that a failure can occur at any point of an electricity line of 10 kilometers...
Suppose that a failure can occur at any point of an electricity line of 10 kilometers (1km = 1000m). (a) (5 points) What is the probability that the failure will occur on the first 500 meters? (b) (5 points) What is the median value of the point where the failure occurs? (c) (10 points) The cost to repair this network depends on the distance from the service station to where the failure occurred. Consider that the service station is at...
Emily regularly runs a course that starts at the front of her house, goes to point...
Emily regularly runs a course that starts at the front of her house, goes to point P (which is on the route she takes to go to work), and comes back. She would like to know the total distance. She will use the odometer in her car. This odometer gives a reading that has mean equal to the distance driven and a standard deviation of .05. Consider the following two options. A -- She drives her car from her house...
A salesperson travels regularly between her home in NYC to her main customer in Boston. Because...
A salesperson travels regularly between her home in NYC to her main customer in Boston. Because of traffic conditions the amount of gas she needs is not always the same. In fact, the amount of gas needed for this trip is normally distributed with a mean of 12 gallons and a standard deviation 1.5 gallons. Her car can hold 13 gallons of gas. a.     Suppose she sets out with a full tank. What is the probability that she will be...
Emma has noticed a small red fox living in the park near her apartment. She takes...
Emma has noticed a small red fox living in the park near her apartment. She takes a walk at the same time every day and has observed the fox in three different areas: in the woods, in the meadow, and by the pond. If it is in the woods on one observation, then it is twice as likely to be in the woods as in the meadow on the next observation but not by the pond. If it is in...
Mixed Strategies Consider the following game between two players Bad-Boy and Good-Girl. Bad-Boy can either behave...
Mixed Strategies Consider the following game between two players Bad-Boy and Good-Girl. Bad-Boy can either behave or misbehave whereas Good-Girl can either punish or reward. Below payoff matrix shows the game as pure strategies. Good Girl Reward Punish Bad Boy Behave 5, 5 -5,-5 Misbehave 10,-10 -10,-5 Question 41 (1 point) What is the Nash equilibrium of the game in pure strategies? Question 41 options: Behave-Reward Behave-Punish Misbehave-Punish There is no Nash equilibrium in pure strategies. Question 42 (1 point)...
3. The mean time taken to assemble a car in a certain plant is a random...
3. The mean time taken to assemble a car in a certain plant is a random variable having a normal distribution of 20 hours and a standard deviation of 2 hours. a. Find the probability that a randomly selected a car can be assembled less than 19.5 hours.                                          b. Find the probability that a randomly selected a car can be assembled between 20 and 22 hours.                             c. Find the probability that a randomly selected a car can...
1. Find the distance between the point and the line given by the set of parametric...
1. Find the distance between the point and the line given by the set of parametric equations. (Round your answer to three decimal places.) (8, -1, 4); x = 2t, y = t − 3, z = 2t + 2 I had put 6.87 but it shows as it being wrong. 2. Consider the following planes. −6x + y + z = 6 24x − 4y + 6z = 36 Find the angle between the two planes. (Round your answer...
Amy is playing basketball. The probability that Amy makes a basket from the free throw line...
Amy is playing basketball. The probability that Amy makes a basket from the free throw line is p = 4/5. The probability of making any free throw is the same regardless of recent attempts made. (a) (1 point) Is the event that Amy makes her second free throw independent of the event that she makes her first free throw? (b) (3 points) A made free throw is worth one point. A miss scores zero points. If Amy takes three free...
A new car that is a gas- and electric-powered hybrid has recently hit the market. The...
A new car that is a gas- and electric-powered hybrid has recently hit the market. The distance travelled on 1 gallon of fuel is normally distributed with a mean of 55 miles and a standard deviation of 7 miles. Find the probability of the following events: A. The car travels more than 63 miles per gallon. Probability = B. The car travels less than 48 miles per gallon. Probability = C. The car travels between 49 and 63 miles per...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT