Answer: The multiplicative inverse of – 1 in the set {-1,1} is -1.
Step-by-step explanation:
In algebra, the multiplicative inverse of a number(x) is a number (say y) such that
[product of a number and its inverse =1]
if x= -1, then
That means , the multiplicative inverse of -1 is -1 itself.
Hence, the multiplicative inverse of – 1 in the set {-1,1} is -1.
1 1/2 pounds skinless boneless chicken breast
Salt and pepper
2 teaspoons cumin powder
2 teaspoons garlic powder
1 teaspoon Mexican Spice Blend
1 red onion, chopped
2 cloves garlic, minced
1 cup frozen corn, thawed
5 canned whole green chiles, seeded and coarsely chopped
4 canned chipotle chiles, seeded and minced
1 (28-ounce) can stewed tomatoes
1/2 teaspoon all-purpose flour
16 corn tortillas
1 1/2 cups enchilada sauce, canned 1 cup shredded Cheddar and Jack cheeses
Approximate conversions for cooking are ...
1 tsp ≈ 5 mL, so 1/2 tsp is about 2.5 mL
1 Tbsp ≈ 15 mL
1 cup ≈ 240 mL, so 1 1/2 cups ≈ 355 mL*
1 1/2 lb ≈ 680 g
_____
* 1 cup is about 236.6 mL.
_____
Many cookbooks have tables of equivalents.
Answer:
G
Step-by-step explanation:
Try to understand what this equation is saying and what plugging in different values would represent.
At x=0, b(0)=850; which means the initial balance is $850. So H is incorrect.
At x=1, b(1)=871.25; which means that after 1 year, the initial balance will have increase to $871.25. So J is incorrect.
Since the initial vacation of 850 is being multiplied by a factor which is greater than one, the balance will be increased each year. So F is incorrect.
Finally, if we look at the factor by which we are multiplying, do a simple Algebraic step, and convert it into percentages we get:
1.025 = (1 + 0.025) = 100% + 2.5%
Essentially this is showing us that the balance will increase by 2.5% on however much is in the account each year.
So G is your answer.
The average age of the employees in 2003 is 57.216 years. And, the average age of the employees in 2009 is 59.184 years.
Given that;
The function A(s) given by ,
A (s) = 0.328s + 50
Now for the average age of employees in 2003 and 2009 using the function A(s) = 0.328s + 50, substitute the values of s into the equation.
For the year 2003,
Since s represents the number of years since 1981,
Hence, subtract 1981 from 2003:
s = 2003 - 1981
s = 22
Now substitute this value of s into the function A(s):
A(22) = 0.328 × 22 + 50
A(22) = 7.216 + 50
A(22) = 57.216
Therefore, the average age of the employees in 2003 is 57.216 years.
Similarly, for the year 2009,
s = 2009 - 1981
s = 28
Substituting this value into the function:
A(28) = 0.328 × 28 + 50
A(28) = 9.184 + 50
A(28) = 59.184
Hence, the average age of the employees in 2009 is 59.184 years.
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The mathematical problem involves calculating the average age of employees at a company for the years 2003 and 2009 using the linear function A(s), where 'A(s)' represents the average age and 's' is the number of years since 1981. The calculated average ages for the employees in the years 2003 and 2009 are approximately 57 and 59 years, respectively.
The subject is mathematics, specifically linear functions. Based on the equation A(s) = 0.328s + 50, where 'A(s)' represents the average age of the employees and 's' represents the number of years since 1981. In the year 2003, s would be 22 (2003-1981) and in 2009, s would be 28 (2009-1981).
Substituting these values of 's' into the function gives:
For 2003, A(22) = 0.328*22 + 50 = 57.216
For 2009, A(28) = 0.328*28 + 50 = 59.184
Therefore, the average age of the employees at the company in 2003 and 2009 were approximately 57 and 59 years, respectively.
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Answer:
2≤x≤4
Step-by-step explanation:
2 is less than/equal to x; x is less than/equal to 4
Answer:
x^2+x + 1/4
Step-by-step explanation:
x^2+x
Take the coefficient of x
1
divide by 2
1/2
Square it
(1/2)^2 = 1/4
Add this to make a perfect square trinomial
Answer:
Step-by-step explanation: