Find the ratio of 300ml to 6l
Answers
6x1000ml=6000
300/6000=20
So the final answer is 1:20
Related Questions
15% 0f ______ is 12?
Identify the appropriate mixed number for the picture shown.A. 11⁄2B. 2 1⁄4C. 2 1⁄2D. 3
Find the perimeter of a rectangle whose length is 3 square root 5 and width is 2 square root 7
Can someone solve the expression: 0.14 + (107.5 / 30) * 0.04?
Answers
A. no solution
B. x = 1
C. all real numbers except x = 1
D. all real numbers
Answers
2x + 14 - 1 > 15 3x + 6 < 2x + 7
2x + 13 > 15 3x - 2x < 7 - 6
2x > 15 - 13 x < 1
2x > 2
x > 2/2
x > 1
so, x > 1 OR x < 1.....all real numbers except 1
Answer:
C is your answer
Step-by-step explanation:
Answers
The numbers that add up to 11 and multiply to 30 are 5 and 6
How to determine the numbers
From the question, we have the following parameters that can be used in our computation:
Multiply = 30
Addition = 11
Let the numbers be x and y
So, we have
xy = 30
x + y = 11
Let x be 5 and y be 6
So, we have
5 * 6 = 30
5 + 6 = 11
Hence, the numbers are 5 and 6
Read more about expression at
#SPJ6
5 and 6
5*6=30
and 5+6=11
Answers
Taking into account the definition of maximum, minimum and vertex of a quadratic function, it takes 12.5 seconds for the projectile to reach maximum height.
A quadratic function is defined in the form:
y= f (x) = ax² + bx + c
Every quadratic function has a maximum or a minimum, which is the vertex of the parabola. If the parabola has an upward concavity, the vertex corresponds to a minimum of the function; whereas if the parabola has concavity downwards, the vertex will be a maximum.
That is, if the coefficient a is positive the parabola is concave and the vertex will be a minimum of the function, while if a is negative the parabola will be convex and the vertex is a maximum.
The maximum or minimum is reached in
The maximum or minimum value of y is obtained by evaluating the function at xv, this is, f (xv).
In this case, the function is:
h(t)= -16t² + 400t
where t is the time in seconds
Being a = -16 and b = 400, the value of a is negative, so the vertex will be the maximum.
You want to know the time it takes for the projectile to reach the maximum height, that is, the maximum in t. That is, you must calculate t using the expression:
So:
Solving:
t= 12.5 seconds
It takes 12.5 seconds for the projectile to reach maximum height.
Learn more about cuadratic function with this examples:
Answer:
You can find the answer by using the formula x=-b/2a
Step-by-step explanation:
Remember the maximum height will be at the vertex. The x value of the vertex is your time, so use x=-b/2a. Then if it had also asked what the height was, you would plug that answer into your equation to find the y value of the vertex. Pretty sure your teacher is just asking you to find the x though:)
a structure that breaks down sugar molecules to provide energy—only plant cells have structures with this function
a structure that converts energy from sunlight into chemical energy—only plant cells have structures with this function
a structure that can store water, waste, food, and other materials—only animal cells have structures with this function
Answers
Answer:
a
Step-by-step explanation:
Answer:
It’s c on edge 2021
Step-by-step explanation:
I just took the test
Answers
Answer:
diagonal of square = d = 9.899
Step-by-step explanation:
let side of square = x
diagonal of square = d
perimeter = P = 28
4 * x = P
x = 28/7
x = 7
By using Pythagorean theorem we get
x^2 + x^2 = d^2
7^2 + 7^2 = d^2
d^2 = 98
d = sqrt(98)
diagonal of square = d = 9.899