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Balanced Chemical Equation

Question 3iFi...

Question

Question 3(i)
Find the:
The probability of the pointer stopping on D in (Question 1(a)).

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Solution

In the spinning wheel, there are five regions A, A, B, C, D. So there are five outcomes. Out of these five outcomes, the pointer to stop at D will occur only once per spin.
So the probability of the pointer stopping on $D = \frac{1}{5}$

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Similar questions

Find the probability of the pointer stopping on $D$ from the given figure.

Q. Find the Probability of the pointer stopping on D.

Find the.

(a) Probability of the pointer stopping on D in ?

(b) Probability of getting an ace from a well shuffled deck of 52 playing cards?

(c) Probability of getting a red apple. (See figure below)

Q. Find the
(a) Probability of the pointer stopping on

D

in spinning a wheel if it has

A, A, D, B, C

written on it?
(b) Probability of getting an ace from a well shuffled deck of

52

playing cards?
(c) Probability of getting a red apple from the figure given above.

Q. Question 3(i)
Find the products:

(a^{2}) \times (2 a^{22}) \times (4 a^{26})

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Balanced Chemical Equation

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