The answer is 69632 because of PEDMAS
Answers:Part A: The value of x is 0.Part B: X can be any real number.
In Part A, you have to first evaluate 7^2. This is 49. Now, write the equation 49^x = 1. We know that if you raise any number to 0, then the answer is 1.
In Part B, you have to first evaluate 7^0, that is 1. Now, we have the equation 1^x = 1. In this case, 1 raised to any exponent is still only 1. Imagine 1^17, this would be 1 times itself 17 times or just 1.
Therefore any number will work in Part B.
The sum of the digits, B. thirteen and one eighth, is the product of the numerals.
<h3>How do you compute the value of the product?</h3>
According to the data, we are in the negative four hundred and one-sixth times the negative three hundred and fifteen-hundredths range.
This is going to be the product:
= (-4 1/6) × (-3 15/)
= - 4 1/6 × 3 3/20
= - 25/6 × -63/20
x= 13 1/8
In conclusion, The answer that you should choose is an option (d), which is thirteen and one-eighth.
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Answer:
0.3
Step-by-step explanation:
Given:
Number of small dogs = 18
Number of medium-sized dogs = 12
Number of large dogs = 10
To find: probability that a medium-sized dog will be chosen
Solution:
Probability refers to chances of occurrence of some event.
Probability = number of favourable outcomes/total number of outcomes
Total number of dogs = 18 + 12 + 10 = 40
Number of medium-sized dogs = 12
So,
probability that a medium-sized dog will be chosen = Number of medium-sized dogs/Total number of dogs = 
$412 i am pretty sure that is right if not i'm sorry but good luck :)
