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What is the probability of them having a blue eyed child?
The probability of having a blue-eyed child depends on the genetic makeup of the parents. If both parents carry the recessive allele for blue eyes (Bb), where "B" represents the brown eye allele and "b" represents the blue eye allele, there is a 25% chance of having a blue-eyed child (bb). If one or both parents have brown eyes but carry the blue eye allele, the probability may vary. If neither parent has the blue eye allele, the probability of having a blue-eyed child is 0%.
What is the probability of spinning a number greater than 5 on a spinner numbered 1 to 8 and tossing a tail on a coin?
To find the probability of spinning a number greater than 5 on a spinner numbered 1 to 8, we note that the numbers greater than 5 are 6, 7, and 8, giving us 3 favorable outcomes out of 8 total outcomes. Thus, the probability of this event is 3/8. For the coin toss, the probability of getting a tail is 1/2. The combined probability of both events occurring is (3/8) × (1/2) = 3/16.
What is the theoretical probability of spinning a 3 and picking an a?
There is insufficient information in the question to properly answer it. You did not specify how many places and how many 3's there are on the spinner, and you did not specify the set from which you could pick an "a", both of which are necessary pieces of information to calculate probability. Please restate the question.
What is the probability that you get a multiple of 2 on both number cube and spinner?
Spinners have different numbers of sides. Moreover, the sides are not necessarily all equal nor that they are numbered in any particular fashion. The answer depends on these factor. They have not been specified and so the question cannot be answered.
There are 4 red marbles and 6 blue marbles in a bag. if Sarah pulls out one marble then another what is the probability that both marbles in her hand will be red?
The probability is 2/15.
Why are the Lowell spinners called the spinners?
The Lowell Spinners are named in honor of the city's rich textile history, particularly its role in the American Industrial Revolution when it became a hub for textile manufacturing. The term "spinners" refers to the workers who operated spinning machines to produce yarn and fabric. This name reflects both the local heritage and the team's connection to the community, emphasizing the significance of the textile industry in Lowell's identity.
What is the probability of them having a blue eyed child?
The probability of having a blue-eyed child depends on the genetic makeup of the parents. If both parents carry the recessive allele for blue eyes (Bb), where "B" represents the brown eye allele and "b" represents the blue eye allele, there is a 25% chance of having a blue-eyed child (bb). If one or both parents have brown eyes but carry the blue eye allele, the probability may vary. If neither parent has the blue eye allele, the probability of having a blue-eyed child is 0%.
If a box contains three blue cards and three white cards If two cards are drawn one at a time find the probability that both cards are blue if the draws are made with replacement?
The probability of drawing two blue cards froma box with 3 blue cards and 3 white cards, with replacement, is 1 in 4, or 0.25.The probability of drawing one blue card is 0.5, so the probability of drawing two is 0.5 squared, or 0.25.
What is hand spinning?
Hand spinning is the process of twisting fibers, such as wool or cotton, into yarn using a spindle or spinning wheel. This traditional craft allows artisans to create customized yarns with varying textures, colors, and thicknesses. Hand spinning can be both a practical skill for producing textiles and an artistic expression, as spinners often experiment with different techniques and fiber blends. It has gained popularity in recent years as part of the broader interest in handmade and sustainable crafts.
What is the probability of spinning a number greater than 5 on a spinner numbered 1 to 8 and tossing a tail on a coin?
To find the probability of spinning a number greater than 5 on a spinner numbered 1 to 8, we note that the numbers greater than 5 are 6, 7, and 8, giving us 3 favorable outcomes out of 8 total outcomes. Thus, the probability of this event is 3/8. For the coin toss, the probability of getting a tail is 1/2. The combined probability of both events occurring is (3/8) × (1/2) = 3/16.
What is the theoretical probability of spinning a 3 and picking an a?
There is insufficient information in the question to properly answer it. You did not specify how many places and how many 3's there are on the spinner, and you did not specify the set from which you could pick an "a", both of which are necessary pieces of information to calculate probability. Please restate the question.
What is the probability that you get a multiple of 2 on both number cube and spinner?
Spinners have different numbers of sides. Moreover, the sides are not necessarily all equal nor that they are numbered in any particular fashion. The answer depends on these factor. They have not been specified and so the question cannot be answered.
There are 4 red marbles and 6 blue marbles in a bag. if Sarah pulls out one marble then another what is the probability that both marbles in her hand will be red?
The probability is 2/15.
What do experimental probability and theoretical probability have in common?
They are both measures of probability.
If A box contains 4 blue chips and 5 black chips and 2 chips are drawn at random with replacement what is the probability that both will be blue?
Two out of nine. 2:9.
A bag contains 3 blue discs and 5 red discs A disc is the drawn and replacedThen a second disc is drawn Find the probability that both discs are blue?
3/8
A deck of cards has 3 blue 4 black and 6 purple You pick 2 cards from the deck cards are not returned to the deck after they are picked whats the probability that two blue are picked?
First you have 3 blues out of 13 cards, so the first card has probability 3/13. Then you have 2 blues out of 12 cards, so the second card has probability 2/12 or 1/6. The probability of both being blue is the product of these probabilities: P(two blues) = P(first blue) * P(second blue) = (3/13) * (1/6) = 3/78 or 1/26
