The area of the stop sign which is an octagon is 744 square inches.
Option C is the correct answer.
We have,
To find the area of the stop sign, we can use the formula for the area of a regular polygon:
Area = (1/2) × perimeter × apothem
The perimeter of the stop sign is 8 × 12.4 = 99.2 inches.
Using the given apothem of 15 inches, we can plug in the values and calculate:
Area = (1/2) × 99.2 × 15
Area = 744 square inches
Therefore,
The area of the stop sign is 744 square inches.
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Answer:744 square inches
Step-by-step explanation:
Just did it it correct trust me
Answer:
I belive it would be 1/5. ;;;
so first split into two
now we can factorise each
now the inside of the bracket is the same so we can reconfigure like this
all i did was put the two outside terms together to make (r-s)
this is your answer
(r-s)(r+2t)
(9.4 x 10^6)(3.2 x 10^5)
PLZZZZ
Answer:3.008x10^12
Step-by-step explanation:
Answer:
3008000000000 or 3.008×10^12
Step-by-step explanation:
(9.4×3.2)×(10^6×10^5) use communitive property to reorder terms
30.08×10^6+5 multiply the numbers
30.08×10^11 add your exponents to equal 10^11
3.008×10^12 put in scientific notation
hope this helped!
Answer:
?? If you answer is how does 10 become 100, you multiply 10 by 10?? Sorry
Step-by-step explanation:
Answer:
100 is 10 times as much as 10
Step-by-step explanation:
10 times 10 is 100.
Answer:
x= -2
Step-by-step explanation: (remember the 6 in this equation is positive so you'll subtract it and the 2 is actually -2x. First, you'll subtract 6 from itself and 10, the two 6's cancel out and 10-6=4. Then, you'll divide -2 and 4 by -2, the two -2's cancel out and 4 divided by -2 is -2. Finally, you'll see that x = -2. This is all done by the order of operations also known as PEMDAS. )
6 - 2x =10
-6 -6
-----------------
-2x = 4
------------
-2 = -2
x = -2
Answer:
Step-by-step explanation:
Generally, the Newton-Raphson method can be used to find the solutions to polynomial equations of different orders. The formula for the solution is:
We are given that:
f(x) = ;
= df(x)/dx = 2x
Therefore, using the formula for Newton-Raphson method to determine and
Therefore:
Similarly,
Therefore: