The scale factor M is used to convert the measurements on the scale to the actual distances. By multiplying the measurement on the scale by the scale factor M, you can find the true distance in meters. This allows you to accurately measure distances using a scaled-down representation on the map or drawing.
The total distance traveled is 135 m (100 m forward + 35 m backward). The displacement is 65 m forward (100 m - 35 m), which is the straight-line distance from the starting point to the final position.
To calculate the weight of a rock, you would use the formula: weight = mass x gravity. First, measure the mass of the rock using a scale, then multiply it by the acceleration due to gravity (9.81 m/s^2) to determine the weight in Newtons.
The amplitude of a wave is half the distance between the crest and trough. Therefore, if the distance between the crest and trough is 0.6 m, the amplitude of the wave would be half of that, which is 0.3 m.
The top to bottom distance of the disturbance would be 2 meters since amplitude represents half of this full distance.
The work done on the crate is calculated using the equation Work = Force x Distance. Given the time (4 s) and distance (2 m), we would need additional information such as the force applied to the crate to determine the total work done.
The total distance traveled is 135 m (100 m forward + 35 m backward). The displacement is 65 m forward (100 m - 35 m), which is the straight-line distance from the starting point to the final position.
You would divide 250 miles by 12.5 to find out how many miles is one inch. So the scale would be 1 in = 20 m
because that's the scale the map is drawn at...
It is the same as 2 cm = 3 m or 1 cm = 1.5 m The scale ratio would therefore be 150:1
The diameter of the hydrogen atom nucleus is about 10^-15 m, so if you want to make it 5 mm in your scale model, you would need to scale up by a factor of about 10^13. Therefore, the diameter of the entire model would be 5 mm * 10^13, which is 5 x 10^10 m.
Assuming the y-axis represents distance from the finish line, and they both move at a constant velocity IOW v(t)=m(t)+b, the animal with the higher negative m-value will win every time. If the hare's velocity changes at times, then his average velocity would determine his finish time. If the hare's (v(t+h)-v(t))/h results in a higher negative slope than the turtle's, the hare would still win. .
To calculate the weight of a rock, you would use the formula: weight = mass x gravity. First, measure the mass of the rock using a scale, then multiply it by the acceleration due to gravity (9.81 m/s^2) to determine the weight in Newtons.
meter meter
a sign that says, "north, east, south, west"
To represent Ben's total distance traveled to the classroom door, you can create a simple table with two columns: "Segment" and "Distance (m)." The first row would show "From Desk to Teacher's Desk" with a distance of 2 m, and the second row would show "From Teacher's Desk to Classroom Door" with a distance of 3 m. The total distance Ben walked would be 5 m, which can be noted in a third row labeled "Total Distance."
The amplitude of a wave is half the distance between the crest and trough. Therefore, if the distance between the crest and trough is 0.6 m, the amplitude of the wave would be half of that, which is 0.3 m.
The top to bottom distance of the disturbance would be 2 meters since amplitude represents half of this full distance.