Answer:
Step-by-step explanation:
1. set the equation for the area of each shape equal to each other
2. simplify each side until you get 
3. subtract 16 from both sides which will give you 
4. subtract 3x from both sides which will give you the value of x. 
5. check that is correct by plugging it into the equations
triangle:
rectangle:
the areas are the same
Answer:
7.38×10^3
Step-by-step explanation:
The usual rules of exponents apply.
(20.5×10^7)(3.6×10^-5) = (2.05)(3.6)(10^(8-5)) = 7.38×10^3
_____
<em>Additional comment</em>
You can have your scientific or graphing calculator or your spreadsheet compute this product for you and display the result in scientific notation. You can enter the numbers in scientific notation or in standard form in any calculator or spreadsheet. (For a spreadsheet, the first number would be entered 20.5e7 or 2.05e8.)
The applicable rule of exponents is ...
(10^a)(10^b) = 10^(a+b)
Just as the place values increase by factors of 10 going to the left of the decimal point, so they decrease by factors of 10 to the right. The number 3 in 0.000036 is in the 5th place to the right of the decimal point, so has a place value of 10^-5.
X= 6
Y= 8.5
I used Tan to find X and Cos to find Y
The two numbers that can possibly be Max's number are 617237 and 627137.
- We are provided with several characteristics of the numbers about which Max is thinking.
- The number is a 6-digit number.
- The number is odd.
- The numbers have the same digits at 1000 s and 1 s place value.
- The number is greater than 500,000.
- The sum of all the digits of the number equals 26.
- According to the rules, the digits at 1000s and 1s places should be the same as well as odd. They can be 1, 3, 5, 7, or 9.
- The leftmost digit should be more than 5, so it can be 6, 7, 8, or 9.
- The remaining digits can be filled in such a way that the total sum is 26.
- There are a number of possible answers.
- So, we will take any two such numbers that follow all the rules.
To learn more about place value, visit :
brainly.com/question/27734142
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