# kidd

Popular questions and responses by kidd
1. ## social studies

give me informetion about kailashnath temple like it's physical environment ,it's features,it's need to conserve and stories related to it and everything else about this temple urgently plzzzzzzzzzzzzzzzzzzzzz now!!!!!!!!!!!!!!!!!!! Thank you for using the

2. ## Physics - Energy

An airplane is flying with a speed of 250km/h at a height of 3610m above the ground. A parachutist whose mass is 75.2kg, jumps out of the airplane, opens the parachute and then lands on the ground with a speed of 3.75m/s . How much energy was dissipated on

3. ## math

Nakim simplified 3 times the square root of 2x plus x times the square root of 8x minus 5 times the square root of 18x and got -10x times the square root of 2x for an answer. Part 1: Using complete sentences, explain what Nakim did wrong. Part 2: Show all

4. ## physics

A 9.90-kg box is sliding across the horizontal floor of an elevator. The coefficient of kinetic friction between the box and the floor is 0.372. Determine the kinetic frictional force that acts on the box when the elevator is (a) stationary, (b)

1. ## Math

Four friends went to the movies. ​​Each person bought a movie ticket, ​and the total the four friends spent on the tickets was \$52. ​ ​Which ​equation can be used to find the cost of each ticket?

posted on May 14, 2020
2. ## Math

(45min)(1hr/60min) = 0.75hr 1500/0.75hr = x/2hr x = 4000 newspapers

posted on November 12, 2016
3. ## Math

Jack:John = 5:6 Jack John 5 6 x 186cm x = 186*5/6 = 155cm Jack's height is 155cm.

posted on November 12, 2016
4. ## math

What is your question in relation to those equations?

posted on November 12, 2016
5. ## Physics - Energy

Thank you. But I am still confused about why exactly the airplane's speed affects the parachutist's initial kinetic energy. The way I break it down is that the airplane's speed is horizontal and the parachutist's initial kinetic energy deals with vertical

posted on November 12, 2016
6. ## Physics - Energy

So I assumed the horizontal speed of 250km/h of the airplane is not needed to obtain the solution? Using Conservation of Energy theorem: Epgi+Eki = Epgf+Ekf+E mghi+(1/2)mvi^2 = mghf+(1/2)mvf^2+E (75.2kg)(9.80m/s^2)(3610m)+(1/2)(75.2kg)(0m/s)^2 =

posted on November 12, 2016
7. ## ENGLISH SUPER QUICK QUESTION

it is a pronoun, look it up!! @anonymous

posted on June 12, 2016