Answer:
0.111<1.001
1.11 > 1.01
Step-by-step explanation:
To identify the greater number from decimal number.
Rule: First we check number or digits before decimal.
# 0.111 or 1.001
In 0.111 digit before decimal is 0
In 1.001 digit before decimal is 1
As we know 0<1
So, 0.111<1.001
# 1.11 or 1.01
In 1.11 digit before decimal is 1
In 1.01 digit before decimal is 1
1 = 1 , So test fail. Now check digit after decimal.
In 1.11 digit after decimal is 1
In 1.01 digit after decimal is 0
As we know 1>0
So, 1.11 > 1.01
Use the examples they have at the top to answer!
Has to be that method
3. First, turn the fractions into improper fractions
11/8 + 11/4
Since we can't divide 11 by 2 to make the denominator of the first fraction 2, let's multiply both sides of the second fraction by 2 instead.
11/8 + 11*2/4*2 = 11/8 + 22/8
33/8, or 4 1/8
(I already answered numbers 4 and 6 in a previous question you asked)
5. 1 1/2 + 2 3/4
Obviously, we'll start by converting the fraction into improper fractions.
3/2 + 11/4
Multiply both sides of the first fraction by 2
3*2/2*2 + 11/4 = 6/4 + 11/4 = 17/4
17/4, or 4 1/4
well 54 times 653 is noting but 54 × 653
so if you multiply 54 and 653 u get the product 35262.
Answer:
Step-by-step explanation:
The angle of elevation
It is away from the point.
If we imagine a right triangle having an angle .
Hypotenuse, Opposite=Height from sea level
Answer:
1.49
Step-by-step explanation:
A. y=-2x^2-8x
B. y=2(x+6)(x-2)
C. y=x^2-8x+16
D. y=2(x+4)^2-2
Use the equations to complete the following statements.
Equation (A,B,C, or D) reveals its extreme value without needing to be altered. The extreme value of this equation has a (minimum or maximum) at the point (-4,-3,0 or 2 , -32,-8,8, or -2 ).
From each of the given equations, the option which gives a squared expression for the variable with x ; hence does not need any further mathematical calculation in other to determine it's extremes is the expression y = 2(x+4)² - 2 ; option (D) with minimum at the points (-4, - 2)
The extreme vlaue of an expression has a minimum at ;
Obtain the value of x when (x + 4) = 0:
x = - 4
Substitute -4into the equation :
y = 2(-4 + 4)² - 2
2(0) - 2 = - 2
Therefore, the equation has its extremesat (-4,-2)
Learn more : brainly.com/question/2203574
Answer:
Step-by-step explanation: