Examples of using Squared is equal in English and their translations into Hebrew
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So a squared is equal to 784.
So we could say that 1 plus v squared is equal to cx.
You get x squared is equal to g, which is 9.8.
And you would say oh, x minus 4 squared is equal to 25.
You get v squared is equal to the magnitude of our acceleration times the radius.
It's just the expression-- x squared is equal to 4, right?
So we get vf squared is equal to 2 times the force divided by the mass times the distance.
So we get 2xv v prime divided by 1 plus v squared is equal to 1.
The Laplace transform of t squared is equal to 2/s times the Laplace transform of t, of just t to the 1, right?
So we know that x squared plus y squared is equal to what?
Let me rewrite it over here. c squared is equal to 130, or we could say that c is equal to the square root of 130.
Well that gets us m times the angular velocity times d squared is equal to a constant.
We can say the final velocity vf squared is equal to the initial velocity squared-- so what's our initial velocity?
So we multiply both sides times x squared, you get x squared plus y squared is equal to cx to the third.
P1 plus rho gh1 plus 1/2 rho v1 squared is equal to P2 plus rho gh2 plus 1/2 rho v2 squared. .
So the solution of our differential equation is psi x to the third y plus1/2 x squared y squared is equal to c.
So 9.8 meters per second squared is equal to v squared over r.
X squared is equal to 1. x squared is equal to 1/2. x is equal to the square root of 1/2, which is one over the square root of 2.
So a squared plus 21 squared is equal to 35 squared. .
We say, b squared is equal to 24 squared minus 12 squared, which we know is 144, and that b is equal to the square root of 24 squared minus 12 squared. .
So ln of the absolute value of 1 plus 1 squared is equal to sine of 0 plus c.
So if we know that x squared is equal to 4, then we know, and we know this from algebra, we could have solved it, that x is equal to minus 2 or 2.
On the left-hand side we're left with just a B squared is equal to-- now 144 minus 36 is what?
So we can rewrite this whole equation as the naturallog of 1 plus v squared is equal to-- when you add natural logs, you can essentially just multiply the two numbers that you're taking the natural log of-- the natural log of, we could say.
And so the radius is going to be-- let's see, if we flip both sides of this equation,we get radius over mass velocity squared is equal to 1 over 4.8 times 10 to the minus 12.
V times the derivative of v with respect to xdivided by 1 plus v squared is equal to-- I'm dividing both sides by x, notice I didn't write the x on this side-- so that is equal to 1 over x.
So you say, look. x squared plus x squared is equal to 1 squared, which is just 1.
So the left-hand side, once again, they cancel out. a squared is equal to-- and then on the right-hand side, what do we have to do?
A squared, which is 6 squared,plus the unknown B squared is equal to the hypotenuse squared--is equal to C squared.
That's R over 2-- we figured that out up here.v2 times R over 2 squared is equal to P2, and that's 6,000 pascals plus 1/2 rho times v2 squared.