168 prime numbers exist between 1-1000.
The work is actually unrelated to math, so I won't bother posting the explanation. However, I can give some detail as to how I did it. If you know how to program, you can set up a simple for loop for all numbers 1-1000, and have a check function that checks if the number is prime or not.
False a square is a quadrilateral not a trapezoid
Answer:
75 inches
Step-by-step explanation:
with this we use change of subject
V=1/3
Pie=3.14
radius =3
height =8
so therefore
V=1/3 ×3.14×3×3×8
V=75.36
Answer:
Option (a). The equation
Step-by-step explanation:
Rate of change of any equation or graph is represented by its slope 'm'.
In an equation y = mx + b
'm' represents the slope.
Given equation is,
y = 0.25x
Slope of the line m₁ = 0.25
From the graph attached,
A line passes through two points (0, 0) and (5, 1)
Slope of the line = 
m₂ = 
m₂ = 0.2
m₁ > m₂
Therefore, unit rate of change in y is greater in the given equation.
Option (a) will be the answer.