Answer:
r = C ÷ 2π
Step-by-step explanation:
Given
C = 2πr ( isolate r by dividing both sides by 2π )
C ÷ 2π = r
Answer:
>
Step-by-step explanation:
To place the correct symbol between the two numbers -27 -39
A review of the number line system shows a split of numbers between negative and positive numbers as illustrated in the attached.
The numbers to the right are greater than the numbers to the left. For instance, on the number line shown, 5 is to the right of 1 while 1 is to the left of 5 (as shown in diagram 1 in the attached). As such, 5 > 1.
A review of diagram 2 in the attached shows that -27 is to the right of -39. As such, the sign to be place in between them is the greater than sign >.
Answer:
The following would be best modeled by an exponential decay function
A.) An island is being eroded away and loses 10% of its beachfront every year.
D.) A machine depreciates (loses value) by $1000 in its first year, by $2000 in its second, $3000 in its third, etc.
Step-by-step explanation:
The following would be best modeled by an exponential decay function
A.) An island is being eroded away and loses 10% of its beachfront every year.
D.) A machine depreciates (loses value) by $1000 in its first year, by $2000 in its second, $3000 in its third, etc.
We make the assumption that 150 is 100% since it is our output value. Step 3: From step 1, it follows that $100\%=150$100%=150. Step 4: In the same vein, $x\%=25$ x %=25.
Answer:
As you can see, these are all set up in slope intercept form (with a y-intercept of 0). These equations are called "direct variation" because y varies directly with x. If x increases, then y increases as well. If x decreases, then y decreases.
Step-by-step explanation:
As you can see, these are all set up in slope intercept form (with a y-intercept of 0). These equations are called "direct variation" because y varies directly with x. If x increases, then y increases as well. If x decreases, then y decreases.