What are the solutions of the equation x4 + 95x2 – 500 = 0? Use factoring to solve. x = plus-or-minus StartRoot 5 EndRoot and x

Answer:

That would depend on his remaining balance prior to purchasing the gaming system.

To resolve this issue, you simply multiply base 1 by height 1, which equals base 2 multiplied by height 2. Inserting our values yields 24 * 4 = 5 * height 2. By solving, we find the missing height to be 19.2. 

Answer:

Step-by-step explanation:

To obtain a line parallel to the equation 3x − 4y = 7, any equivalent line will share the same format but differ by a constant value.

If the new line is intended to go through the point (-4, -2), substitute x with -4 and y with -2. This leads to:

3(-4) − 4(-2) = -12 + 8 = -4. Thus, the new required equation would be 3x − 4y = -4.

It can also be expressed as 3x − 4y + 4 = 0.  Additionally, if we solve for y, we get:

3x + 4 = 4y, leading to  y = (3/4)x + 1.

Answer:

A - For every 100 customers, a cashier should anticipate 26 who do not make a purchase before encountering a buyer.

B - The probability of a purchase is 1/4

Step-by-step explanation:

There's a 74% estimated likelihood that a customer will buy something

If a total of 100 individuals enter the grocery store on any given day,

then 74 % of the visitors

= 74% of 100

= 74 people are likely to make a purchase.

⇒ This means out of 100 visitors, 74 will buy something.

Consequently, the number of individuals NOT buying anything = 100 - 74 = 26

⇒ Thus, 26 people among 100 will NOT make a purchase.

Additionally, 26 equates to 26% of 100

Part A:

So, the cashier can expect 26% of the customers won't buy anything as the percentage of individuals not purchasing stands at 26%.

Thus, in a group of 100 individuals, the cashier can anticipate 26 before finding a buyer.

Part B:

The percentage of customers buying = 74%

The percentage of individuals NOT buying = 26%

Therefore, for every 3 customers making a purchase, there will be 1 who does not buy. Thus, the probability is 1/4