What is the probability that a divisor of 1099 is a multiple of 1096?a...
p(multiple of 10% |divisor of 10
99)

Since 10 = 2.5
10
99 = 2
99 . 5
99 Any divisor of 10
99 is of the form 2
a . 5
b where 0 ≤ a ≤ 99 and 0 ≤ b ≤ 99.
The number of such possibilities is combination of 100 values of a and 100 values of b = 100 × 100 each of which is a divisor of 10
99.
So, no. of divisors of 10
99 = 100 × 100.
Any number which is a multiple of 10
96 as well as divisor of 10
99 is of the form 2
a . 5
b where 96 ≤ a ≤ 99 and 96 ≤ b ≤ 99. The number of such combinations of 4 values of a and 4 values of b is 4 × 4 combinations, each of which will be a multiple of 10
96 as well as a divisor of 10
99.
∴ p(multiple of 10
96|divisor of 10
99)

View all questions of this test
What is the probability that a divisor of 1099 is a multiple of 1096?a...
p(multiple of 10% |divisor of 10
99)

Since 10 = 2.5
10
99 = 2
99 . 5
99 Any divisor of 10
99 is of the form 2
a . 5
b where 0 ≤ a ≤ 99 and 0 ≤ b ≤ 99.
The number of such possibilities is combination of 100 values of a and 100 values of b = 100 × 100 each of which is a divisor of 10
99.
So, no. of divisors of 10
99 = 100 × 100.
Any number which is a multiple of 10
96 as well as divisor of 10
99 is of the form 2
a . 5
b where 96 ≤ a ≤ 99 and 96 ≤ b ≤ 99. The number of such combinations of 4 values of a and 4 values of b is 4 × 4 combinations, each of which will be a multiple of 10
96 as well as a divisor of 10
99.
∴ p(multiple of 10
96|divisor of 10
99)

What is the probability that a divisor of 1099 is a multiple of 1096?a...
Understanding the Problem
The problem requires finding the probability that a divisor of 1099 is also a multiple of 1096. To solve this, we need to analyze the relationship between the numbers and their divisors.
Step 1: Prime Factorization
- 1099: The prime factorization of 1099 is 11 x 101.
- 1096: The prime factorization of 1096 is 2^3 x 137.
Step 2: Finding Divisors
- The divisors of 1099 can be calculated using its prime factors. Since 1099 = 11 x 101, its divisors are: 1, 11, 101, and 1099. This gives us a total of 4 divisors.
Step 3: Evaluating Multiples of 1096
- A divisor of 1099 can only be a multiple of 1096 if it is at least as large as 1096. However, since the largest divisor of 1099 is 1099 itself, we need to check whether 1096 fits as a divisor.
Step 4: Finding Common Multiples
- The only multiples of 1096 that can be divisors of 1099 would be those that are less than or equal to 1099. The only possible candidate here is 1096 itself, which is not a divisor of 1099.
Step 5: Calculating the Probability
- Since none of the divisors of 1099 (1, 11, 101, 1099) are multiples of 1096, the favorable outcomes are zero.
- The probability is calculated as the number of favorable outcomes divided by the total number of outcomes.
Final Calculation
- Favorable outcomes = 0
- Total divisors of 1099 = 4
- Probability = 0/4 = 0
Thus, re-evaluating the provided options, if we include the calculation of relation between the two numbers, option "A" suggests an incorrect interpretation as the answer should be 0, but if the question needs a different understanding based on additional context or constraints, further clarification may be necessary.