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: There are 6046 digits will be written on expansion upto 2015th power.
Step-by-step explanation:
Since we have given that
We have to find the number of digits ,
So,
Since we know that
so,
Hence, there are 6046 digits will be written on expansion upto 2015th power.
To find the number of digits in 1000 to the power of 2015, you would multiply the exponent by the logarithm of the base (10) and add 1.
To determine the number of digits in a large number expressed in scientific notation, you need to consider the exponent. In the case of 1000 to the power of 2015, the exponent is 2015. To find the number of digits, you would multiply the exponent by the logarithm of the base (10) and add 1. Therefore, the number of digits in 1000 to the power of 2015 is (2015 * log10(1000)) + 1.
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Answer:
That's just -6
Step-by-step explanation:
The 19 is smaller then the 25 so you gotta go back to the negatives, so do 25 - 19 but add a negative.