Number of people can hold in each car = 10
Solution:
Number of cars in the Blazing Bullet = 6
Total number of people can ride at one time = 60
Number of people can hold at one Bullet car = ?
Let n be the number of people in each car can hold.
Now write a equation to find the number of people in each car.
Number of cars × number of people in each car = Total number of people
⇒ 6 × n = 60
⇒ 6n = 60
Now, solving this equation.
⇒ 6n = 60
Divide both sides of the equation by 6.
⇒ n = 10
Hence 10 people can hold in each car.
Answer:
terms, 2x, 3y , x and 7,
like terms, 2x, 3y, x and 7
Coefficient. 2 is the coefficient of 2x and 3 is the coefficient of 2y 1 is the coefficient of x
Constant. 7
Step-by-step explanation:
Given:
Terms are the number of parts in the expression.
there are four terms 2x, 3y , x and 7,
Like terms are the part of the polynomials. 2x, 3y and x are like terms because they both have an x attached. 7 is like terms because they have nothing attached.
The number that are attached to variable is called Coefficient.
So In the term 2x the number 2 is a coefficient because it is attached to x similarly 3y the number 3 is a coefficient because it is attached to y
and in the term x the number 1 is a coefficient.
Constant are the numbers that are not attached to any variable and it is not change. Such as 7 is the constant term.
By plugging in 3 into t, we find that h(3)= -2(3)+3. -2(3) equals -6, and -6+3 equals -3, so h(3)=-3.
It will take approximately 17 1/2 years for the city to reach a population of 1,000,000.
Step by Step Explanation:
7% of 450,000 is 31,500
450,000 to 1,000,000 means you need another 550,000 people in your population.
So take 550,000 divided by 31,500, which equals 17.46, which then rounds up to 17.5 years.
17.5 x 31,500= 551,250
That is how long it will take to reach 1,000,000 population count when the population only increases 7% each year.
