Answer: Look at explanation
Step-by-step explanation:
The leftmost point = Least x possible
For the square root to have real answers, the inside of the root has to be 0 or positive, so x + 1 = 0 so x = -1 is the least possible x
Substitute the x value into the equation getting y = 5
So the leftmost coordinate is (-1,5)
The other three can be any point on the graph so any x value more than -1 is suitable
But, I will choose the three myself, you can use any pair of x and y
(3,7) (0,6) (8,8)
If 4 < b < 5, then -4 > -b > -5, or -5 < -b < -4.
Then
3 < a < 4 ==> 3 - 5 < a - b < 4 - 4 ==> -2 < a - b < 0
Yes, your answers are correct.
The volume of a cone is given by V = 1/3πr²h. Since the diameter of the first cone is 4, the radius is 2; therefore the volume is
V = 1/3π(2²)(8) = 32π/3
We divide the volume of the sink, 2000π/3, by the volume of the cone:
2000π/3 ÷ 32π/3 = 2000π/3 × 3/32π = 6000π/96π = 62.5 ≈ 63.
The diameter of the second conical cup is 8, so the radius is 4. The volume then is:
V = 1/3π(4²)(8) = 128π/3
Dividing the volume of the sink, 2000π/3, by 128π/3:
2000π/3 ÷ 128π/3 = 2000π/3 × 3/128π = 6000π/384π = 15.625 ≈ 16
Answer:
Coefficient of Q is 36.
Step-by-step explanation:
The coefficient means the constant term with the variable
Here, we need to find the coefficient of Q
We have been given an expression:
The coefficient of Q is the simplified form of the constant terms given:
Multiply the terms to get the simplified form which is:
Hence, the coefficient of Q is 36.
Answer:
The solution to the equation (x-13)<18 is that x can be equal to the numbers 0-17 (NOT including negative numbers)
