Ah, what a happy little math problem we have here! When you see "p times p to the third power," you simply need to multiply p by p cubed. This gives you p to the power of 4, as you add the exponents when you multiply like bases. Just a joyful reminder to embrace mistakes as happy little accidents in your math journey!
The expression "P times p to the third power" can be simplified as P * p^3. This means you are multiplying the variable P by p raised to the power of 3. When you raise p to the third power, you are multiplying p by itself three times, resulting in p * p * p, which simplifies to p^3. Therefore, the final expression is P * p^3.
3 times (p * p * p) 3p3 3 = coefficient p = base 3 = exponent
That means the same as p times p times p (that is, "p" appears 3 times as a factor).
p 4
When you divide p cubed by p squared, you are essentially dividing p to the power of 3 by p to the power of 2. This simplifies to p^(3-2), which equals p^1. Therefore, the result of p cubed divided by p squared is p.
(p-5•8•4+p)
To cube something is to raise to the third power. P cubed would be p^3
(p-2) x (p5) = p-2+5 = p3
3 times (p * p * p) 3p3 3 = coefficient p = base 3 = exponent
If: E*I = P Then: I = P/E
That means the same as p times p times p (that is, "p" appears 3 times as a factor).
one-third of p is at least -17
p 4
5p2 = 315 Therefore, p2 = 315/5 p = sqrt(63) p = ±7.94
P cubed
4 times p or 4p
Power, P, is current, I, times voltage, E. (P = IE) Not knowing one of voltage, E, or current, I, you can apply ohm's law ... E = IR or I = E/R ... and come up with variations ... P = I2R P = E2/R
p2 X p2 = p4or p X p X p X p = p4