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Calculus
The branch of mathematics that deals with the study of continuously changing quantities, with the use of limits and the differentiation and integration of functions of one or more variables, is called Calculus. Calculus analyzes aspects of change in processes or systems that can be modeled by functions. The English physicist, Isaac Newton, and the German mathematician, G. W. Leibniz, working independently, developed calculus during the 17th century.
25,068 Questions
What if you have the equation of y-1 equals x and you want it to b in y equals mx plus b?
the y-1 is a minus .
How fast do you have to be traveling to go sixty five feet in 1 second?
65 feet per second is equal to 42.34 mph (71.32 kph).
What is the solution for x in this problem in 4x plus 7-8x equals 17?
4x + 7 - 8x = 17
-4x + 7 = 17
-4x = 24
x = -6
E=MC2
Energy equals the mass times the speed of light squared
E=energy
M=mass
C=speed of light
This is a formula for either converting mass to energy or light to equivalent matter.
The highest theoretical speed possible is the speed of light. No real matter currently known of can exceed the speed of light.
Albert Einstein created the formula to calculate the amount of energy in matter.
For example: 1 kg of water has 111 g of hydrogen atoms. So...
Energy=Mass (0.111) x the speed of light (3x10^8) squared, so...
0.111 multiplied by 3x10^8 multiplied by 3x10^8 equals
9.99x10^15 !
Hope you liked my explanation! (+correction and elaboration)
It is the mass-energy equivalent. The "e" stands for energy, the "m" stands for mass (rest- mass- basically when it is not moving) and the "c" stands for the speed of light. So to work out the energy in something you just take the speed of light (approximately 300,000 km per second in a vacuum),square it and then times it by it,the mass that it has ; this will show you that if all the mass in that object was suddenly converted to energy, how much it would be. It turns out to be a lot even for something tiny like a few molecules!
It means that any type of energy has an equivalent mass; and mass has an equivalent energy. It also provides the formula to calculate one, on the basis of the other (the proportionality constant).
from the equation using the formula -b/2a to find x value. from there substitute values of x before and after in equation.for example if x is 2 use other x values as 1 and 3.
The question is 17-10 plus 3 equals 10. Where would the parentheses be placed?
Before the 17 and after the 10, but they aren't necessary.
Is y equals 2x-1 and y equals 2x plus 1 on the same line?
No. The two lines are parallel with the first line being two units lower than the second.
How many millimetres are in 25 nanometers?
A nanometre is 1x10^-9 metres and a millimetre is 1x10^-3 metres. Therefore there are 1x10^6 nanometres in a millimetre or 1,000,000. 25nm/1,000,000 gives 0.000025mm
What is the answer to 3x plus 14x plus 8 equals 0?
First of all ... let's make sure you understand what the question is. With examples like
that one, the question is usually: "What value of 'x' makes the statement true ?" .
3x + 14x + 8 = 0
Combine like terms:
17x + 8 = 0
Subtract 8 from each side:
17x = -8
Divide each side by 17:
x = -8/17
That's the only value of 'x' that makes the original statement true.
In case you meant 3x2 + 14x + 8, that factors to (x + 4)(3x + 2)
x = -4, 2/3
X such that x is an element of I x is equal to or more than 3 what does the I stand for?
The I stands for 'Integers' (in this case the answer is {3, 4, 5, 6, ...}).
It will half.
What does 10 x 10 x 10 x 10 x 10 x 10 x 10 x 10 x 10 x 10 equals?
Either 10000000000, 10^(10) or ten billion. Depending on how you wish the answer to be
73.35+4.37+y
Add 4.37 to 73.35 to get 77.72.
(d)/(dy) 73.35+4.37+y=77.72+y
Since 77.72 does not contain y, the derivative of 77.72 is 0.
(d)/(dy) 73.35+4.37+y=0+(d)/(dy) y
To find the derivative of y, multiply the base (y) by the exponent (1), then subtract 1 from the exponent (1-1=0). Since the exponent is now 0, y is eliminated from the term.
(d)/(dy) 73.35+4.37+y=0+1
Combine all similar expressions.
(d)/(dy) 73.35+4.37+y=1
The derivative of 73.35+4.37+y is 1.
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