Given:
θ = 54°
Radius = 10 in
To find:
The arc length of PQ
Solution:
Arc length formula:
= 9.42 in
The arc length of PQ is 9.42 inches.
Answer:
Far left and far right.
Step-by-step explanation:
please brainliest
Answer:
cosC
Step-by-step explanation:
Answer:
Growth;
A = 20,000(1.08)^t
A = 40(3)^t
P = 1700(1.07)^t
Decay;
A = 80(1/2)^t
A = 1600(0.8)^t
P = 1700(0.93)^t
Step-by-step explanation:
The key to differentiate between decay and growth is the term inside the bracket
For growth, the term inside the bracket is greater than 1, while for decay, the term inside the bracket is less than 1
Looking at the given equations, we have;
Growth;
A = 20,000(1.08)^t
A = 40(3)^t
P = 1700(1.07)^t
Decay;
A = 80(1/2)^t
A = 1600(0.8)^t
P = 1700(0.93)^t
Answer:
-16,24 B
Step-by-step explanation:
To solve this simplify the equation until it's just the absolute value brackets
7=.5 |x-4|-3
Add 3 to both sides and divide by .5 to get
20=|x-4|
Then solve this equation where the leftmost side is a positive and then a negative
So 20=x-4
x=24
24 is one of our answers
Then solve it when the left side is a negative
-20=x-4
x=-16 which is the other answer