B.) 14.0 millimeters
C.) 0.00140 kiloliters
D.) 1.4 deciliters
The correct answer is:
C.) 0.00140 kiloliters
Explanation:
To convert this, we can use a metric conversion chart:
Kilo- Hecto- Deca- base deci- centi- milli-
Starting with 140 centiliters, converting to deciliters moves to the left 1 place; this moves the decimal to the left one, making it 14.0 deciliters.
Converting to liters, we move to the left 2 places; this moves the decimal to the left two, making it 1.40 liters.
Converting to milliliters, we move to the right 1 place; this moves the decimal to the right one, making it 1400 milliliters.
Converting to kiloliters, we move to the left 5 places; this moves the decimal left 5, making it 0.00140 kiloliters.
Each segment on the grid represents 1 unit.
Answer:
The triangle is shown in the below diagram.
Step-by-step explanation:
It is given that each segment on the grid represents 1 unit and point A is a vertex of a right angle triangle.
The height of triangle is 4 units, and the base is 5 units.
Let the coordinates of A be (x,y).
There are many possibilities to draw a right angled triangle having height 4, base 5 and vertex at A.
The height of the triangle is 4 units, so the coordinate of another vertex B is (x,y+4).
The base of the triangle is 5 units, so the coordinate of another vertex C is (x+5,y).
The triangle is shown in the below diagram.
Answer:
Herman's final position is -3 feet relative to the ground level.
Step-by-step explanation:
As given:
Herman starts out on a rung that is 6 feet under ground ,climbs up 14 feet,then climbs down 11 feet.
The initial position is 6 feet(negative value) under ground, then up 14 feet (plus value)and down again 11 feet(negative value).
We take positive value when position is above the initial level and negative when the position is below the level.
The final position relative to ground level is:
=
Therefore, Herman's final position is -3 feet relative to the ground level.
The increase in velocity for the car, given an average acceleration of 12 m/s² over 4.0 seconds, can be calculated as 48 m/s.
The question asks to calculate the increase in velocity of a car given an average acceleration of 12 m/s² over a time span of 4.0 seconds. This is a straightforward application of the formula for acceleration, which is defined as the change in velocity per unit of time. Hence, we can rearrange this formula to find the change in velocity, which is also known as 'delta v': Delta v (change in velocity) = Acceleration * Time. Substituting our given values, we find: Delta v = 12 m/s² * 4.0 s = 48 m/s.
#SPJ2
The slope of the line represented by this equation is 4/5.
We know this because this line is in slope-intercept form, y=mx+b, where m represents the slope and b represents the y-intercept. Thus, we can conclude that the slope is 4/5, which means that for every 4 units the line moves up, it also moves 5 units over (because slope is defined as rise/run).
Hope this helps!