Answer:
está bien fácil has 3 x 0.90
Answer:
Kevin=335.8years old
Step-by-step explanation:
K - D = 333
K - 2 = 400( D - 2 )
333 + D - 2 = 400D - 800
D - 400D = - 800 - 331
- 399D = - 1130
D = 2.8
K = 333 + 2.8
K = 335.8
Answer:
10
Step-by-step explanation:
Every time you multiply by 10 you move the decimal point one digit to the right. So if you multiply 1.62 by 10 you move the decimal point one digit to the right so it becomes 16.2.
So the answer is 10
The correct answers are :
(5x)² ≥ 46
x² + 5x ≤ 46
5x² > 46
<h3>
What is Inequalities?</h3>
A statement of an order relationship—greater than, greater than or equal to, less than, or less than or equal to—between two numbers or algebraic expressions.
Here, Suppose number is x
1) The square of the product of 5 and a number is not less than 46.
Step 1
Product of 5
5x
Step 2
Square of product of 5
(5x)²
Step 3
A number is not less than 46
(5x)² ≥ 46
2) The sum of square of a number and five times that number is not more than 46
Step 1
Square of a number
x²
Step 2
Five times that number
5x
Step 3
The sum = x² + 5x
Step 4
Is not more than 46
x² + 5x ≤ 46
3) The product of 5 and the square of a number is greater than 46
Step 1
The square of a number
x²
Step 2
The product of 5
5x²
Step 3
Is greater than 46
5x² > 46
Thus, The correct answers are :
(5x)² ≥ 46
x² + 5x ≤ 46
5x² > 46
Learn more about Inequality from:
brainly.com/question/20383699
#SPJ1
First of all, you need to understand what the transformations are.
Transformation 1 is a translation right 4 units and up 4 units.
Transormation 2 is a dilation by a factor of 4.
After you understand the transformations, you are in a position to evaluate the statements about them.
a. FALSE. The image will have the same area as the original.
b. FALSE. The image may be moved, but it is moved by dilation about the origin. It is not translated.
c. FALSE. Every vertex will be moved by 4 units up and right.
d. TRUE. Dilation by a factor of 4 makes every linear measure 4 times what it was. The perimeter will be 4 times that of the original figure.