Answer:
Number of different selections a customer can make = 54
Step-by-step explanation:
To solve this question, we simply need to see how many different combinations we can make from the given choices.
Let's first imagine just making two choices. The color of the car is fixed and we need to determine which engine size we want, and then which body style we want. If I select an engine size, i can make 3 choices for the body style. Since I can select 3 engine sizes, the total number of choices in this scenario would be 3 * 3 = 9
Similarly, if we want to find the different possible number of selections a person can make, we simply need to multiply the number of choices he has with each other. This is given below:
Number of selections = Engine Sizes * Body Styles * Color
Number of selections = 3 * 3 * 6
Number of selections = 54
If x = 7 we just substitute all the x's by seven, so our equation stays like this:
5 - 3(7 - 1)
Now we solve it:
5 - 3(7 - 1) =
5 - 3(6) =
5 - 18 =
-13
Hope it helped,
BioTeacher101
Answers:
- Distributive Property
- Inverse Property
- Identity Property
- Associative Property
- Commutative Property
- Multiplication Property of Zero
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Explanations:
- The distributive property is a*(b+c) = a*b+a*c. We multiply the outer term 'a' by each term inside (b and c), then add up the results. In this specific case, we are multiplying the outer 2 by x and 3. So that's why 2(x+3) = 2x+2*3 = 2x+6. The concept of factoring takes this process in reverse, so we go from 2x+6 to 2(x+3).
- The inverse property, specifically the additive inverse property, is where we can add any number to its negative counterpart to always get 0. The expression 2+(-2) is the same as 2-2. We can think of it like "we're on the 2nd floor and we go down 2 floors to end up on floor 0". In general, the additive inverse property is x+(-x) = 0, which is the same as -x+x = 0.
- We can multiply any number by 1, to get the same number. So that's why 1*x = 1x = x. Similarly, x*1 = x as well. This is the multiplicative identity property, often shortened to "identity property".
- The parenthesis shifted around, so this means we'll use the associative property. In general, that is a+(b+c) = (a+b)+c.
- We can multiply two numbers in any order. The general format is a*b = b*a. This is the commutative property of multiplication. The version for addition is a+b = b+a.
- Multiplying 0 by any number leads to 0. So we could have the most complicated expression thought possible, but if we multiply it by 0, then the whole thing goes to 0. At the end of this complicated expression is where the 0 is buried. This idea is useful when it comes to the zero product property where if A*B = 0, then either A = 0 or B = 0 or both are the case.
Answer:
Step-by-step explanation:
Given the integral function , we are to use the result to evaluate , to do this the following steps must be followed.
Step 1: Write the integral sum as sum of its individual integral:
Step 2: integrate the resulting individual integrals
Answer:This is because 183 divided by 3 is 61!
Step-by-step explanation:61:1 or 61 miles per hour! This is because 183 divided by 3 is 61!