Answer:
1 whole and 5/8 as a decimal is 1.625
Answer:
528 miles
Step-by-step explanation:
First, we need to figure out how many miles it drives in 1 hour:
480 divided by 4 = 120
now, we add 12 to 120: 120 + 12 = 132
132 x 4 = 528
hope this helped have a great day/night!! :'')
The car would have traveled 528 miles in 4 hours with the increased speed of 12 mph.
To calculate the distance the car would have traveled in 4 hours with a speed that is 12 mph faster, we need to find the original speed of the car. We can use the formula speed = distance/time, where the speed is the original speed of the car, the distance is the distance the car traveled in 4 hours (480 miles), and the time is 4 hours. Rearranging the formula, we have distance = speed x time. So, the distance the car would have traveled with the increased speed in 4 hours is 480 miles + 12 mph x 4 hours.
Using the formula, we can calculate the distance:
distance = (480 miles) + (12 mph x 4 hours) = 480 miles + 48 miles = 528 miles.
Therefore, if the car's speed was 12 mph faster, it would have traveled a distance of 528 miles in 4 hours.
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3
a. 2-X5-:11
3
x5
5
6
7
Answer:
Step-by-step explanation:
Convertthemixednumbertoanimproperfraction
Todividebyafraction,multiply thereciprocalofthatfraction
Reducethe number withtheG.C.F7
Reducethe numberswiththeG.C.F17
Reducethe numberswiththeG.C.F3
Multiplythe fraction
Inmixed fraction:
Hopethis helps..
Goodluck on your assignment...
Answer:
4 5 2 3 ^ / 4 - × 4 9 2 - × +
Step-by-step explanation:
Start by putting a left parenthesis "(" on the operator stack, and adding a right parenthesis ")" to the end of the input expression.
Conversion algorithm
Copy any operands to the output string until an operator is encountered. Pop operators from the operator stack to the output string if they have equal or higher precedence, then put the operator encountered onto the operator stack. When a right parenthesis is encountered, pop operators from the operator stack to the output string until a left parenthesis is found. Drop that left parenthesis.
__
Given example
For the given expression, we copy 4 and 5 to the output, push / to the operator stack, copy 2 to the output, push ^ to the operator stack, and copy 3 to the output. At this point, the output is ...
4 5 2 3
and the operator stack is
( * ( / ^ . . . . . top item is on the right
When we encounter the - sign, we write the ^ and / operators to the output string and push - to the operator stack. At this point, the state is ...
output: 4 5 2 3 ^ / operator stack: ( * ( -
Next, we copy 4 to the output. When we encounter the right parenthesis, we copy - to the output and pop the ( from the operator stack.
The next input symbol, +, is lower precedence than the remaining * on the operator stack, so we output the * and push the +. Now we have ...
output: 4 5 2 3 ^ / 4 - * operator stack: ( +
The output string so far completes the evaluation of the first term of the input expression.
Now, we copy out 4, push * and (, copy out 9, push -, copy out 2. The right parenthesis triggers the popping of the - to the output, and the final right parenthesis that we added at the start pops the * and + from the operator stack. Our final output is ...
4 5 2 3 ^ / 4 - × 4 9 2 - × +
_____
The result is 14.5.
Hope This Helps!!!
Have a great day!!!
equation:
6x = -78
Answer:
Step-by-step explanation:
6x= -78 you just solve it algabraicly
6x= -78
/6x /6x
x= -13
Answer:
x = 13
Step-by-step explanation:
Divide both sides of the equation by the same term
6x/6 =78/6
Simplify
Cancel terms that are in both the numerator and denominator
6x/6=78/6
x=78/6
Divide
x=78/6
x=13
Hope this helps!
Answer:
Bottom left
Step-by-step explanation:
Function: each x only has one y, and this is the only graph that fits the description
The estimated demand for ice cream cones at a price of $1.50 per cone is 44 cones using linear interpolation.
Linear interpolation can be used to estimate the demand at a price of $1.50 per cone based on the given data points.
Let, the price as "P" (in dollars) and the demand as "D" (in cones).
Given data points:
Price = $1.20, Demand = 50 cones
Price = $2.20, Demand = 30 cones
We want to estimate the demand at Price = $1.50.
First, calculate the demand change between the two price points:
Demand change = Demand at $2.20 - Demand at $1.20
Demand change = 30 - 50 = -20 cones
Now, calculate the price difference between the target price ($1.50) and the lower price ($1.20):
Price difference = Target Price - Lower Price
Price difference = 1.50 - 1.20 = 0.30
Next, calculate the proportional change in demand due to the price difference:
Proportional change = (Price difference / Price change) * Demand change
Proportional change = (0.30 / 1.00) * (-20) = -6 cones
Finally, estimate the demand at the target price:
Demand at target price = Demand at lower price + Proportional change
Demand at target price = 50 - 6 = 44 cones
Therefore, the estimated demand for ice cream cones at a price of $1.50 per cone is 44 cones using linear interpolation.
Learn more about interpolation here:
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Using linear interpolation, the estimated demand for ice cream cones at a price of $1.50 per cone is 44 cones.
To estimate the demand at a price of $1.50 per cone using linear interpolation:
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