So in order to compare, the measurements have to same units. So lets convert everything to feet.
George 2 yds = 6 ft Kelsey 68 inches = 5 ft 8"
Mariah 5 feet Brian 5 ft 10 "
George measured the tallest at 6'
Hope this helped.
Comparing the numbers, it is found that the tenths value first determines which of the numbers 6.399 or 6.400 is the larger number.
The decimal numbers are 6.399 and 6.400.
- The ones value for each is 6.
- For the first value, the tenths digit is of 3, while for the second is of 4.
The tenths digit is the <u>first in which there is a difference</u>, hence, it determines which of the numbers 6.399 or 6.400 is the larger number.
A similar problem is given at brainly.com/question/17248958
Answer:
the product of 2 and 9 — 3rd choice
the difference of 2 and 9 — 2nd choice
the square of 9 — 1st choice
the sum of 2 and 9 — 5th choice
the quotient of 2 and 9 — 4th choice
Step-by-step explanation:
Answer: (a) Independent events , (b) 0.00075
Step-by-step explanation:
Since we have given that
Number of coins = 218
Number of rare Indian pennies = 6
Let Event A: When one of the 218 coins is randomly selected, it is one of the 6 Indian pennies.
Event B : When another one of the 218 coins is randomly selected (with replacement), it is also one of the 6 Indian pennies.
As we know that

(a) so, they are independent events as there is a condition of 'with replacement'.
(b) P(A and B) is given by

Hence, (a) Independent events , (b) 0.00075
D = rt
Distance will equal 30, the constant would be 30 and the time would be 1 hour
30= 30 1