"T squared" typically refers to the square of the variable "T" in mathematics, which means T multiplied by itself. When you see "T squared" and "T squared" together, it could indicate a comparison or relationship between two different quantities, both squared. This could be part of an equation or formula where both T and another variable are squared and compared in some way. It's important to consider the context in which these terms are used to fully understand their meaning and significance in the given situation.
Ah, I see you're exploring some mathematical expressions! When we say "T squared," it means T multiplied by itself, or T times T. So, T squared is T multiplied by T. When we see "T squared and T squared," it might mean we have two separate T squared terms, each representing T multiplied by itself. Just imagine T as a little seed growing into a beautiful mathematical garden with each T squared term blooming brightly.
t+t=2tand t*t= t squaredyou would only get t squared if you multiplied
2t
3 t squared (3t^2)
t2+ t - 42 it can't be simplified anymore
if you mean PI squared + PI squared / by 2 then that is.... 4.9298 solved on paper ... BUT if you mean what you said, the answer is YUMMY!
_t(5t squared t+)
(6x + t)(3x + t)
t+t=2tand t*t= t squaredyou would only get t squared if you multiplied
t(t-1)
15t2 squared-t-15t+3=15t squared-14t+3
2t
t to the one quarter
72 = 49.72 + t = 49 + t
d/dt (t^2)=2t
Since the question refers to "how much greater" rather than "how much as great as", the answer is that: t squared is (t-1) times greater than t.
The formula for root mean squared speed, denoted as rms, is given by the equation rms = sqrt(3 * RT / M), where R is the gas constant, T is the temperature in Kelvin, and M is the molar mass of the gas. The square root is taken to find the root mean squared speed.
3 t squared (3t^2)