Calculus

Regardless of what 'x' is, (x)0 = 1 .

tan(1 radian) = 1.55741 (rounded)

tan(1 degree) = 0.01745 (rounded)

We can't remember the derivative of the tangent right now, but it doesn't matter.

This particular tangent is a constant, so its derivative is zero.

2.5*10 + 3.5*10 = 25 + 35 = 60

1292 m2

x = 23

2

x=12

sin(16) = -0.28790331666507

x+32 = 10

x = 10-32

x = -22

This solution contains the detergent sodium dodecyl sulfate (SDS)

which dissolves the cell membrane and denatures proteins. The solution is very alkaline (pH > 12) due to the presence of sodium hydroxide. The high pH aids in denaturing proteins and causes the cleavage

of the phosphate bonds in RNA. This eliminates interference from high

molecular weight RNA during the plasmid purification. Under highly

alkaline conditions, the two strands in non-supercoiled DNA (linear

fragments of chromosomal DNA, relaxed and nicked circular DNA)

separate and are partially removed from solution. However, this does

not occur with supercoiled forms of plasmid DNA because the two

strands are intertwined and entangled in a way that prevents them

from coming apart. Therefore, supercoiled plasmid remains free in

solution.

A body undergoes simple harmonic motion if the acceleration of the particle is proportional to the displacement of the particle from the mean position and the acceleration is always directed towards that mean.

Provided the amplitude is small, a swing is an example of simple harmonic motion.

To find x

-2x = 20 divide both sides by negative 2

-2x/-2 = 20/ -2

x = -10

Well, you take y=mx+b and you fill in the numbers

M= slope

y= y-coordinate

x= x-coordinate

There are two equations for which we must determine both variables, x and y.

3y = 5x

y = x + 2

We are going to use the substitution method to isolate one of the variables in one of the equations. The second equation defines "y" for us in terms of "x", so we will simply substitute that value into the first equation

3y = 5x

3(x + 2) = 5x

3x + 6 = 5x

6 = 2x

x = 3

Now that we have a value for "x", we will substitute that back into the second equation to get a numerical value for "y".

y = x + 2

y = 3 + 2

y = 5

Then, do not forget to check your work by putting both values into both equations to make sure you have the correct answer.

3y = 5x

3(5) = 5(3)

15 = 15

Check!

y = x + 2

5 = 3 + 2

5 = 5

Check!

6 * 5 = 30

No, because for the unit "circle", any two points separated by a distance of 2*pi will map to the same location.

The period increases - by a factor of sqrt(2).

Of course. If you have a function that climbs very steeply and you want to show its shape, you can number the Y axis in increments of 1000 and the X in increments of 1. This will, of course, make the curve appear 1000 times flatter visually.

Also, the two axes may not necessarily even measure the same thing. On any newspaper financial page, you will find a graph with the X axis numbered to represent time and the Y to represent a stock index price.

5x+3=25

5x = 22 (subtract 3 from each side)

x = 22/5 (divide both sides by 5)

If: x2+16 = 25

Then: x = 3

One millionth (1/1000000) of kL makes 1 mL

1 kL = 1000 L = 1000000 ml

22.5

Hyperbolic functions can be used to describe the position that heavy cable assumes when strung between two supports.

No because the discriminant is less than zero.

2x +1 = 5x-2

2x +3= 5x

3 = 3x

x=1