Answer:
Assuming that t = toppings, then the inequality is 9.25+0.75t ≤ 13.75. Solution is 6.
Step-by-step explanation:
Let's define toppings as .
If the original cost of a pizza is $9.25 and each topping costs $0.75, we can find how much the toppings would cost by multiplying 0.75 by t, the amount of toppings. Adding this to 9.25 would give us the expression needed to find the cost.
If you want to spend NO MORE than 13.75, it's ok to spend $13.75, so we write the equation with a ≤ symbol (less than or equal to).
9.25+0.75t ≤ 13.75
Now lets solve the equation.
We can subtract 9.25 from both sides, which gets us
0.75t ≤ 4.5
Now we can divide both sides by 0.75 to isolate t.
t ≤ 6
So, the maximum number of toppings you can order is 6.
Hope this helped!
Answer: 37º
Step-by-step explanation:
If the measure of the angle ABC must be equal to 180º, make an equation adding all the other values and solve for y.
yº+29º+40º+2yº=180º
Combine like terms;
3yº+69º=180º
Subtract 69º
3yº=180º-69º
3yº=111º
Divide by 3º
yº=111º/3º
yº=37º
35,000
+ 2,000
+ 1,200
+ 120
+ 220
= 38,540 dollars
Answer:
Rounded to the nearest 0.01
Since there is no number in the thousandths place add a 0 or 1.
Underline the 6 and under that underline write an arrow pointing to 1.
Since 1 < 5 add 0 to 6.
6+0=6 so any number behind 6 will become 0.
So the answer is 22.36 when remove 0.
Answer:
28
Step-by-step explanation:
Plug in the corresponding numbers to the corresponding variables. Note that:
m = 7
r = 8
t = 2
mr/t = (7 * 8)/2
(7 * (8/2)) = 7 * 4 = 28
28 is your answer.
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