Top answers

All subjects
All levels

How does Stevenson portray Mr. Hyde as a monster?

Introduction:Introduce your main lines of argument (remember, its important to make a quick 5 minute plan to make sure you know what to write about before starting your essay)Try and offer a little explan...

LY
4184 Views

Write a function that takes an imput (call it usr_in), the user's age (usr_age) and the user's name (usr_nm) and outputs the following string: "Hi, My name is [usr_nm], I am [usr_age] years old, and my favorite number is [usr_in]"

def usr_str(usr_in, usr_nm, usr_age): usr_string = "Hi, my name is " + usr_nm + " and I am " + str(usr_age) + " years old, and my favorite number is " + str(usr_in) ".&q...

WT
Answered by William T. Python tutor
1557 Views

What method should I use to differentiate equations with an x as the power of a number. E.g. 2^x

Take the log of both sidesln(y) = ln(2^x)This can be re-written as:ln(y) = ln(2)*xTake the exponent of both sidese^ln(y) = e^(ln(2)*x)Which gives:y = e^(ln(2)*x)Since ln(2) is a constant, apply the usual ...

BT
Answered by Billy T. Maths tutor
3189 Views

During fractional distillation, what are we seperating and how are we seperating them?

During fractional distillation, the process of heating a mixture is used to seperate fractions. Each fraction has a different boiling point. As we begin to heat the mixture, the substance...

WT
Answered by William T. Chemistry tutor
2514 Views

What are the changes in energy that an object experiences when it is launched vertically at a given velocity into the air and falls back to the ground? This question ignores air resistance.

When the object is launched into the air it has a kinetic energy proportional to its velocity squared. As it travels its energy is converted into gravitational potential energy as it slows down due to the...

AH
Answered by Andrew H. Physics tutor
2059 Views

We're here to help

contact us iconContact ustelephone icon+44 (0) 203 773 6020
Facebook logoInstagram logoLinkedIn logo

MyTutor is part of the IXL family of brands:

© 2026 by IXL Learning