Answer:
24. 4580000
25. 5602000
26. 562,000 is greater.
27. 1,020,000 is greater.
28. The hundred thousandths place.
The length of the intercepted arc can be calculated through the equation,
A = (θ/2π)(2πr)
where r is the radius. We are given that the value of diameter is 8 cm. Radius can be calculated by dividing the given diameter by 2.
radius = 8 cm/2 = 4 cm
Substituting the known values to the equation above,
12 cm = (θ/2π)(2π)(4 cm)
The value of θ from the equation is 3.
<em>Answer: 3 radians</em>
Answer:
the answer is -5.3 hopes this helps
Step-by-step explanation:
6a+5b=?
6(4.2)+5(-1.9)=?
6(4.2)= 25.2
5(-1.9)= -9.5
4.2 - 9.5= -5.3
The answers will be c if I stand correctly
Alright, so in order to solve this, we need to isolate the variable. So, we need to simplify the equation. So, we have the equation:
82•P = 84
So, we need to divide both sides by 82 because it is the opposite of multiplication. So, we have :
82•P/82 = 84/82
So, 82•P/82 = 1p = P.
84/82 = P
If You Need Decimal Form,
84/82 = About 1.02