B*√b

Question 1

Задача Задача №45384

А

Аноним

14 ноября 2023 16:16 · публичный вопрос

А

Аноним 14 ноября 2023 16:16

B*√b

Answer

It looks like you have an algebraic expression involving the variable b. The expression you've written is:

b * √b

To simplify this expression, you can combine the b outside the square root with the b inside the square root since they are both being multiplied together. To do this, you need to remember that √b is the same as b raised to the power of 1/2 (because the square root is the same as raising to the power of one-half). This means you can use the laws of exponents to combine them.

The expression can be rewritten using exponents as:

b * b^(1/2)

Using the law of exponents that says a^(m) * a^(n) = a^(m+n), you can add the exponents:

b^(1) * b^(1/2) = b^(1 + 1/2) = b^(3/2)

So, b * √b simplifies to b^(3/2), which is the same as saying "the square root of b cubed" or "b to the power of three-halves".

Question 2

b*√b

Answer

It looks like you have an algebraic expression involving the variable b. The expression you've written is: b * √b To simplify this expression, you can combine the b outside the square root with the b inside the square root since they are both being multiplied together. To do this, you need to remember that √b is the same as b raised to the power of 1/2 (because the square root is the same as raising to the power of one-half). This means you can use the laws of exponents to combine them. The expression can be rewritten using exponents as: b * b^(1/2) Using the law of exponents that says a^(m) * a^(n) = a^(m+n), you can add the exponents: b^(1) * b^(1/2) = b^(1 + 1/2) = b^(3/2) So, b * √b simplifies to b^(3/2), which is the same as saying "the square root of b cubed" or "b to the power of three-halves".