The value of d is 12 of the given equation.
The equation is defined as mathematical statements that have a minimum of two terms containing variables or numbers that are equal.
Arithmetic operations can also be specified by subtracting, dividing, and multiplying built-in functions. The operator that performs the arithmetic operation is called the arithmetic operator.
* Multiplication operation: Multiplies values on either side of the operator
For example 12×2 = 24
Given that the equation as:
⇒ 1/8 (3d - 2) = 1/4 (d + 5)
Open the parentheses and apply the multiplication property
⇒ 1/8 × 3d - 1/8 × 2 = 1/4 × d + 1/4 × 5
⇒ (3/8)d - 1/4 = (1/4)d + 5/4
Rearrange the terms of likewise and apply the arithmetic operations,
⇒ (3/8)d - (1/4)d = 1/4 + 5/4
Multiply by 8 both sides of the equation,
⇒ 3d - 2d = 2 + 10
⇒ d = 12
Therefore, the value of d is 12 of the given equation.
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Answer:
By changing group of ones into tens
Step-by-step explanation:
Regrouping refers to changing group of ones into tens to make subtraction easy.
Here, we need to regroup 607 -568 .
In subtraction, we start subtracting digits from ones place.
In number 607, digit at ones place is 7 and in 568, digit at ones place is 8.We can't subtract 8 from 7, so, we will try to borrow 1 from the digit at tens place in 607, but digit at tens place in 607 is 0, so it's possible to take 1 from 0.
So, first we will take 1 from 6 ( digit at hundreds place in 607 is 6 such that 6 becomes 5 ) to 0 at tens place which will become 10 then take 1 from 10 to 7 which will then become 17.
Then , we will subtract 8 from 17.
From the figure:
Cross out the 6, make it a 5 and shift 1 which we have subtracted from 6 to 0 such that 0 becomes 10 then cross the 10, make it a 9 and shift 1 which we have subtracted from 10 to 7 such that 7 becomes seventeen .
Answer:
increasing
Step-by-step explanation:
Since the line goes up from left to right, the graph is increasing
Answer:
Increasing ; Option C
Step-by-step explanation:
We can tell that this graph does increase, but let us prove so, through slope;
Solution ; Increasing
2. Estimate the distance between the bases to the nearest foot.
3. When you hit home run how far do you run?
1. The distance between the bases is 37.3 feet.
2. The distance between the bases to the nearest foot is 37.
3. You ran 360 feet.
1. To find the distance between the bases, you would subtract the length of one base (typically 90 feet) from the total distance from home plate to second base. So, the distance between the bases would be 127.3 ft - 90 ft = 37.3 ft.
2. To estimate the distance between the bases to the nearest foot, you would round the calculated distance between the bases (37.3 ft) to the nearest whole number. In this case, it would be 37 feet.
3. When you hit a home run, you run around all the bases, including home plate. Therefore, to determine the distance you run when hitting a home run, you would add up the lengths of all the base paths. The total distance to run would be the sum of the distances from home plate to first base, first base to second base, second base to third base, and third base back to home plate. In a standard baseball field, each base path is typically 90 feet long, so the total distance to run would be 4 x 90 ft = 360 feet.
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Answer:
about 64ft
Step-by-step explanation: