If you are trying to find the cost of the basket ball, it is $8.15.
Step 1: Find 20% of 10.95- which is 2.19- and subtract 2.19 from 10.95-which is 8.76.
Step 2: Find 7% of 8.76-which is 0.6132- and subtract 0.6132 from 8.76-which is 8.1468
Step 3: Round to the nearest hundredth, which gives you 8.15.
Thus, $8.15 is your answer.
Given that Point T is on line segment SU, the numerical value of segment TU is 12.
<h3>What is the numerical value of TU?</h3>
Given the data in the question;
- Point T is on line segment SU
- Segment SU = 3x-7
- Segment ST = x+7
- Segment TU = x-1
- Numerical value of Segment TU = ?
Since Point T is on line segment SU.
Segment SU = Segment ST + Segment TU
Plug in the given values and solve for x
3x - 7 = ( x+7 ) + ( x-1 )
3x - 7 = x + 7 + x - 1
3x - 7 = 2x + 6
3x - 2x = 6 + 7
x = 13
Next, we determine the numerical value of TU
Segment TU = x-1
Plug in value of x
Segment TU = 13 - 1
Segment TU = 12
Given that Point T is on line segment SU, the numerical value of segment TU is 12.
Learn more about equations here: brainly.com/question/9236233
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Answer:
Fundamental Counting Principle problem and determining the number of ways it can be fulfilled is described below in detail.
Step-by-step explanation:
The fundamental counting principle pronounces that if there are p approaches to do one thing and q approaches to do a different thing, then there are p×q approaches to do both actions. possible consequences of the operation. The counting principle can be stretched to circumstances where you have more than 2 alternatives.
Answer:
it is not possible you cannot divide by zero
T= total cost= $3.30
c= cost of fruit per pound
x= # of pounds of fruit purchased
EQUATION
T= (c)(x) - $0.55 coupon
to find c, substitute $3.30 total for T
$3.30= cx - $0.55
add $0.55 to both sides
$3.85= cx
divide both sides by x
$3.85/x= c
Hope this helps! :)