Welllll ... Weight is not actually a 'basic' unit at all.
'Mass' is, and its unit is the kilogram.
'Weight' is a 'force' ... a derived unit ... made up
of mass and acceleration. The unit of force is
the (kg-meter/sec²), called the "Newton"
(1 newton) is the force that accelerates (1 kilogram of mass)
at the rate of (1 meter per second) every second.
S = 3T - 4
S = 23
23 = 3T - 4
23 + 4 = 3T
27 = 3T
27/3 = T
9 = T......so Travis's rope is 9 ft
The answer to this problem is 1463
-4x + 8y = 2
-4x + 4x + 8y = 2 + 4x
8y = 4x + 2
8 8
y = ¹/₂x + ¹/₄
Answer: The required length of steel is 270 cm.
Step-by-step explanation:
Since we have given that
Number of stems = 6
Length of each stem = 45 cm
So, we need to find the length of steel used in the frame.
So, Length of steel = Number of stems × Length of each stem
So, the length of steel becomes

Hence, the required length of steel is 270 cm.