Examples of using This is equal in English and their translations into Turkish
{-}
-
Colloquial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
-
Programming
This is equal.
If we do that, clearly this is equal to that and this is equal to that.
This is equal to 1.
If we look at this, if we combine these two halves, this is equal to one piece, I have another piece, and then I have half of a piece, right?
This is equal to twenty-three.
So this is equal to 873.
This is equal to 1.
So this is equal to x squared.
This is equal to this. .
So this is equal to 11/5.
This is equal to a[v, 1] plus av, 2.
So this is equal to 74,000.
This is equal to A times B plus C.
So we get this is equal to 3x squared minus 2xy plus 2.
This is equal to a dot u, times our vector u.
Because if this is equal to 11, the absolute value of 11 is 11.
This is equal to a times this expression squared.
So you could write this, this is equal to-- I will do this green--this green is the same thing as the partial of psi with respect to x.
This is equal to c squared times the vector a1 squared 0.
This is equal to y dot y times t squared. t is just a scalar.
But this is equal to n factorial over r factorial divided by n minus r factorial.
We have this is equal to negative 2 plus or minus the square root of-- what's 4 plus 252?
And so this is equal to 1/a minus s times-- now we essentially have to evaluate t at infinity.
This is equal to the partial of x with respect to ti plus y with respect to tj, plus z with respect to tk.
This is equal to np times the sum from a is equal to 0 to b. What is this? This is b choose a.
This is equal to minus x prime of a plus b minus t squared, which is the same thing is just x prime of a plus b minus t squared, right?
So this is equal to y plus-- I'm just adding this whole term to both sides of this equation-- plus a squared over s squared y is equal to-- so this term is now gone, so it's equal to this stuff.
I'm saying that this is equal to this,is equal to this term plus this term, which is equal to x1 times a1 plus b1, plus x2 times a2-- I'm just adding these two terms up-- x2 times a2 plus b2, all the way to plus xn times an plus bn.
So, this and this are equal.